Lighting Retrofit PCYC NSW · Community is the upgrade of lighting to enhance PCYC’s ability to conduct activities and programs. We hoped this lighting upgrade would improve the

Lighting Retrofit PCYC NSW Final Report

Chris Diener – PCYC Property & Projects Manager

This activity received funding from the Australian Government.

23.01.2015

Page 2 of 16 Friday, 23 January 2015

Table of Contents

Executive Summary .......................................................................................................................... 3

Project Objectives ............................................................................................................................. 4

Project Energy Efficiency Activities .................................................................................................. 6

Project Demonstration and Communications Activities.................................................................... 9

Outcomes and Benefits ................................................................................................................... 11

Budget ........................................................................................................................................... 13

Project Operation, Mechanism and Processes ............................................................................... 14

Conclusion ..................................................................................................................................... 16

Appendix - A Energy Efficiency & Cost Savings per Annum - B Types of Light Fitting & Quantity per Club - C Project Energy Efficiency Improvement Tables - D Communications & Media - E Product Sheets for Light Fittings - F EPA USA (2001) PCB Removal and Health Benefits - G Final Budget Breakdown - H Project Personnel - I Declaration


Executive Summary

This report details the installation of new energy efficient lighting at 57 Police Citizens Youth Clubs (PCYC’s)

around NSW. This project commenced in May 2013 and was completed at the end of June the following year.

The project involved extensive consultation in lighting design for each room located within the individual PCYC

facilities. Each light fitting had to be assessed with consideration to the types of activities which were

contacted so they were fit for purpose. PCYC engaged the services of GSI Electrical Contractors as our partner

to remove all the old lighting and dispose appropriately and commence the installation of new lighting specific

to each room/area which met current lighting Australian Standards. The total number of light fittings which

were removed was 4,035. The project saw installation of 3,827 new energy efficiency light fittings installed

across all 57 clubs.

The objectives of the project were to improve the energy efficiency across PCYC NSW facilities by reducing

energy consumption and greenhouse gas emissions, reduce the ongoing cost of lighting maintenance and

capital replacements, and improve general safety and compliance using clean lighting technologies.

The project delivered excellent energy reductions across the state. With a total energy reduction of 31% from

3131 MWh to 2193 MWh, this equates to an annual saving of $315,986.00. The total Mj / Sqm reduced from

5570 to 3992.

In addition to improving the lighting at each of our facilities, PCYC was proud to be able to share the

knowledge of this project with the broader community including PCYC members and visitors.

The total value of this project totalled $1,728,356.00, jointly funded by PCYC NSW and Australian Government

has been expensed in accordance with the Funding Agreement.

Disclaimer: The views expressed herein are not necessarily the views of The Commonwealth of Australia, and The Commonwealth does not accept responsibility for any information or advice contained herein.


Project Objectives

PCYC NSW aimed to improve the energy efficiency of 57 clubs across the state by reducing the impact of

disproportionate rising electricity costs faced by small communities. Our primary objectives were to reduce

electricity costs, greenhouse gas emissions and provided a community education hub to display a variety of

clean lighting technologies.

This project used Australian energy experts, Australian manufacturers and local Australian small business

installers (tradespeople) across NSW.

PCYC clubs operate with extended hours and most clubs operate between 6am & 10pm. The importance of

energy reduction via lighting is paramount. The peak usage times within PCYCs also correspond to the energy

network high peak hours of 7am-9am and 4pm-7pm as these times represent peak periods for after school

activities, programs, gym usage and exercise classes.

The major use of energy across PCYC NSW is lighting, using an estimated 40% of the total energy bill. The main

lighting areas, equating to approximately 35% of the total lighting cost, includes sporting halls, gymnastics

rooms, weights & cardio rooms, boxing rooms, martial arts rooms, offices and foyer areas. This project aimed

to reduce lighting energy costs by 58%, resulting in a total site energy reduction of 21%. Furthermore the

938 MWh of annual energy reduced by the project will also reduce the burden on the energy network during

peak usage periods.

(Refer to Appendix A for a comprehensive table of Energy Efficiency & Cost Savings per Annum.)

Additional project outcomes included a reduction in running costs through warranties, preventative and

reactive maintenance savings, improved safety and increased brightness (lux levels), and the education of the

community on clean lighting technologies.

PCYC sites have diverse lighting requirements and fitting types, allowing PCYC to display various clean lighting

technologies and applications to local communities to assist with developing an understanding and providing

education around the application of new clean lighting technologies

These activities aimed to contribute to the Australian Governments program objectives to:

• support a range of local councils and community organisations increase the energy efficiency of

different types of non-residential council and community-use buildings, facilities and lighting; and

• demonstrate and encourage the adoption of improved energy management practices within councils,

organisations and the broader community.


Community Impact

Prior to the lighting retrofit, many of the rooms in the PCYC facilities were not adequately lit. A benefit for the

Community is the upgrade of lighting to enhance PCYC’s ability to conduct activities and programs. We hoped

this lighting upgrade would improve the experience that our members and visitors had when they attended

their local PCYC, provide a safe environment, deliver on our social obligation to reduce greenhouse gas

emissions and provided a community education hub to display a variety of clean lighting technologies.

Environment

Police Citizens Youth Clubs NSW are host to a range of community activities, sporting programs and Police

programs. In clubs you will find NSW Police case managing young offenders and youth at risk.

The activities and programs are designed and run based upon community need with PCYC NSW boasting a

membership of 82,000 members across the state. This membership represents the participant numbers, when

the attendance of spectators and parents are added into this equation the figures are in the vicinity of

150,000.

Representative Data

3992

2193

42%

69%

5570

3131

100%

100%

Total Energy Used (Mj/Sqm)

Total Energy Used (MWh)

Reduction of Total Lighting Energy Used (%)

Reduction of Total Site Energy Used

Total Energy Used(Mj/Sqm)

Total Energy Used(MWh)

Reduction of TotalLighting Energy Used

(%)

Reduction of Total SiteEnergy Used

Prior to CEEP 5570 3131 100% 100%Following CEEP 3992 2193 42% 69%

Summary of Savings Per Annum

Prior to CEEP Following CEEP


Project Energy Efficiency Activities

Sites

The vast majority of PCYC Facilities located in regional and metropolitan received lighting upgrades. The 57

sites benefiting from these lighting improvements included;

Albury Armidale

Balmain

Bankstown

Bateau Bay

Bathurst

Belmore

Blacktown

Bourke

Broken Hill

Bulli

Burwood

Cabramatta (Fairfield)

Campbelltown

Cessnock

Coffs Harbour

Cowra (Binni Creek Rd)

Cowra (Young St)

Dubbo

Eastern Suburbs

Glebe

Goulburn

Griffith

Gunnedah

Hornsby

Kempsey

Lake Illawarra

Lake Macquarie

Lismore

Liverpool

Maitland

Marrickville

Moree

Morisset

Mt Druitt

Mudgee

Muswellbrook

Newcastle

North Sydney

Orange

Parkes

Parramatta

Penrith

Port Stephens

Shoalhaven

Singleton

South Sydney (Redfern)

St George (Rockdale)

Sutherland

Tamworth

Taree

Tweed Heads

Umina

Wellington

Wollongong

Woolloomooloo (Sydney)

Young

Product Supply

The lighting retrofit project utilised Australian lighting manufacturers and suppliers. The products selected

produced some of the lowest energy cost per square metre for lighting whilst meeting the Australian Standard

matched to activity areas. The lighting selected has won many high profile Government tenders and issued in

the National Stadium Program. Lighting included weatherproof battens, standard batten fittings, semi-

recessed, direct/indirect recessed, and high/low bay fittings.

(Refer to Appendix E for detailed product information.)

It was important to ensure that each variable space within a PCYC site, ranging from martial arts rooms, foyers,

hallways, main halls, offices, weights rooms and more would achieve the best possible lighting outcome for

Club staff and users within budget and to standard. To ensure this was achieved, light mapping was conducted

throughout all spaces with an appropriate type and a number of light fittings selected to meet the required

lighting standards.

(Refer to Appendix B for detailed listing of the Types of Light Fitting & Quantity per Club.)


Installations

PCYC's project partner, Global Sustainability Initiatives (GSI) utilised its contractor network to complete 57

installations across NSW. Installations were completed to a strategic geographical roll out. This included

dividing the state into 6 clusters. The Greater Sydney clusters 1 and 2 were completed by the same installation

team.

For the remaining sites in clusters 3 to 6, GSI Project Manager consulted all Club Managers to determine the

best options for installation including their recommendations for preferred local installers.

One of PCYC's goals was to utilise local labour in the regional areas. Apart from supporting the local economy,

using local labour fosters an ongoing service relationship for any future lighting or energy reduction initiatives

in each area.

Quotes were obtained from preferred local installers as well as two additional local quotes for each site. The

job was awarded to the most cost efficient with consideration to the club managers’ preference. The final site

of the project was completed on time on 28 June 2014.

Challenges

PCYC NSW experienced a number of challenges with the lighting project. A number of issues which came to

our attention were distinctive to each particular site. In most cases a project management discussions and

contingency plan was developed in order to resolve each particular issue.

1. Designing the correct light to fit the purpose of the room.

Each of the PCYC facilities across the state is unique with vastly different infrastructure and activity options at

each location. At each facility, every room required a comprehensive assessment to determine the most

appropriate light for the purpose of the room. For example, the rock climbing room at PCYC Cessnock posed a

challenge due to the nature of the activity conducted and therefore suspended lighting was unable to be used.

In this case a lighting consultant was engaged to assist PCYC and GSI. The consultant proposed a lighting option

which would allow the full roof to be lit without suspended lighting. The lighting option selected ensured safe

and suitable lighting to accommodate the activity.


2. Communication and co-ordination of lighting upgrade installation at individual PCYC’s

Each PCYC was consulted prior to installation to determine when the best time was to conduct the lighting

upgrade in order to minimise disruptions to activities and programs. In most cases the Club Manager and their

team were informed of dates and times and a timetable of rooms involved in the lighting upgrade would be

determined. Challenges arose when this information was not communicated to relevant stakeholders prior to

contactors arriving to conduct the works. For example, the former manager at PCYC Marrickville did not

adequately communicate with his staff or venue users the times and dates of the scheduled lighting upgrade.

By not providing adequate notice of the changes/interruptions which were planned the contactors were not

able to commence their scheduled works and had to leave the PCYC facility. The implications of this lack of

communication included loss of revenue as contactors had to be paid for the day, delays in the project

completion and new days had to be scheduled and frustrated members, venue users, volunteers and staff.

3. Timing of payments between funding agreement milestones and contactor milestones

The funding agreement stipulated that progress payments were scheduled to be paid within 30-days of

acceptance of a project milestone report. Due to the size of the project, PCYC’s across the state were divided

into regional clusters. As lighting installation projects were completed at each of the clubs within the cluster by

the contractor, PCYC NSW prepared and submitted the milestone reports.

PCYC was obligated to pay GSI for the works which had been completed in each cluster within a reasonable

timeframe. On some occasions, considerable time elapsed between works completed and invoiced by the

contractor, acceptance of the project milestone report submission and payment to PCYC. On these occasions,

PCYC had to manage the risk of the contactor not continuing to work on the remaining clubs by paying their

invoices from company funds, prior to reimbursement from the Department of Industry. This placed financial

burden on PCYC as an out of pocket expense for some of the milestone payments.

We acknowledge that the delay in payment was due to the Departments’ requirement that PCYC provide

adequate evidence of Milestone completion.


Project Demonstration and Communications Activities

Stakeholders

PCYC Stakeholders included each of the respective clubs involved in the project. Stakeholders in each

community included the following; PCYC members, Venue users, visitors, PCYC staff and volunteers, NSW

Police, Club Advisory Committees, schools and community groups using the facilities.

Other stakeholders included GSI – lighting contactors, Marline Newcastle Building Service Engineers – lighting

consultant, Australian Government – Department of Industry, Building owners at clubs with Leasehold

agreements eg. Local Councils, Crown Lands.

Communication

As part of the CEEP program, PCYC implemented a communications plan to acknowledge, involve and inform

all stakeholders.

At each of the PCYCs, an A3 sign was erected in the foyer to inform people that the lighting upgrade was being

conducted. This sign acknowledged the funding provided by the Australian Government.

Each club manager was briefed on the project and was able to communicate to staff, volunteers, Police and

PCYC members (who total more than 80,000 through the 57 clubs) the benefits of the project. In addition, they

were provided with product sheets so they were aware of what lighting was being installed in each room. Club

Managers were made aware of the costs savings and were able to highlight the benefits which the club and

patrons would experience with the removal of the old lighting and installations of new energy efficient lighting

options.

PCYC also used its extensive social media and web-based networks to promote and highlight the successful

program.

Information about the project, including whole-of-project details and 10 club case studies were posted on the

PCYC NSW corporate website.

The PCYC NSW Facebook page has access to more than 16,500 unique viewers and details on the project,

along with links to detailed information on the PCYC website were posted on the page.

The PCYC Marketing and Communications team report that there has been no comments or correspondence received from the posting on PCYC website or Intranet regarding the installation of new lights under the Community Energy Efficiency Program.


In addition, the PCYC communications and media department disseminated a media release and information

to state and national media, as well as those in 10 case study areas to ensure state-wide coverage for the

initiative.

PCYC has a link to their website regarding the CEEP project which people are able to access through the web

address www.pcycnsw.org.au.

(Refer to Appendix D for screenshots of this information.)

PCYC has a link within its internal Intranet website for all staff and volunteers. This Link provides access to the

case studies and project information to allow then to educate and market the project at a local level.

(Refer to Appendix D for screenshots of this information.)

PCYC has issued a press release to more than 40 print, radio digital media outlets across NSW. This press

release provides an overview of the project, designed to spark interest for media coverage at a local, city and

regional level. To date, PCYC has not received any enquiries for further information relating to running a story.

(Refer to Appendix D for an example of press release.)

http://www.pcycnsw.org.au/


Outcomes and Benefits of the Project

PCYC NSW achieved its key project objectives across all 57 clubs. GSI are known throughout the industry as a

leader in measurement, verification and reporting on energy efficiency. The major tool used to complete the

MVR component of the works are as follows:

• Individual fitting counts taken

• Tong testing completed on individual circuits to verify actual amperage (AMPs) used

• Results are overlayed with the hours of operation (as provided by PCYC NSW)

• Calculations completed to determine total kilowatt hours (kWhs) used

• Post installation, circuits retested to measure new amperage (AMPs) usage

• Post installation AMP results overlayed with the hours of operation

• Recalculation completed to determine the new total kilowatt hours (kWhs) used

• Difference in kilowatt hours calculated to show benefit

(Refer to Appendix C for detailed product information_Project Energy Efficiency Improvement reports.)

As a result of the project being completed, PCYC NSW has been able to considerably reduce its capital

expenditure on lighting repairs and maintenance, upgrade its lighting to satisfy current Australian Standards

where some clubs had previously reported lighting issues; specifically around the brightness of lighting (Lux

compliance), and has also reduced its level of risk by removing some old fittings that contained dangerous

carcinogenics such as Polychlorinated Biphenyls (PCB’s).

At a number of the PCYC facilities, PCB’s were present in fluorescent light capacitors for power factor

correction on an inductive ballast circuit. Prolonged exposure to high concentrations of PCBs have been linked

to a variety of adverse health effects including cancerous growths, damage to bodily functions including effects

on the immune system, reproductive system, nervous system, endocrine system and skin irritations. Studies in

humans provide supportive evidence for potential carcinogenic and non-carcinogenic effects of PCBs. The

different health effects of PCBs may be interrelated, as alterations in one system may have significant

implications for the other systems of the body (EPA – USA). Further information is regarding the need to

removal PCB’s is presented in an article published by the US EPA in Appendix F. Removing the PCB’s which

were present in some of the lights originally installed in Clubs during the 1970’s ensures we maintain our duty

of care to provide a risk and hazard free environment for our members and visitors.


Other benefits to PCYC NSW, its staff, members and the community would be the general improvement in

lighting quality. Some areas were previously under lit and the areas were deemed (as a result of the findings in

the initial project assessment) to be dangerous and a risk to the user. By improving the lighting, we could

ensure that we were adding to PCYC NSW’s delivery of safe and occupationally suitable environments.

Whilst PCYC has not undertaken surveys on the wider community and its members regarding the project

implementation, we have received many reports from staff and members applauding the dramatic

improvement in lighting and general look of the clubs. Where previously on occasion we would have to deal

with complaints about faulty light fittings and insufficient lighting, complaints have now reduced considerably.

PCYC NSW and GSI were proud to deliver this project throughout communities across NSW, utilising local

tradespeople were used to carry out the works. We are equally proud to have used an Australian Made

product, manufactured by an Australian owned company.


Budget

The project did not experience any budgetary changes that could not have been managed in-house. The

funding was expensed in full and in accordance with the Funding Agreement.

PCYC believes that careful planning and solid consultation with GSI, prior to submitting the project application

allowed for the project to run smoothly and without any overruns. GSI have years of experience in the industry

and have undertaken several projects of a similar nature, including (at the time of awarding the contract to

GSI) some other Community Energy Efficiency Program projects.

As discussed in the Challenges section of Project Energy Efficiency Activities, the only budgetary challenge we

faced was the timing of payments between funding agreement milestones and contactor milestones.

As per the funding agreement, progress payments from the Department of Industry were scheduled to be paid

within 30-days of acceptance of a project milestone report. PCYC prepared and submitted the milestone

reports on completion of the works by the contactor, yet found that considerable time elapsed between works

completed and invoiced by the contractor, project milestone report submission and payment.

PCYC was obligated to pay GSI for their works in a reasonable timeframe. Without a clear and fair contract

payment conditions, it was unfair to “pay when paid”, so to align payments to the contractor with payment

from the Department of Industry. PCYC had to manage the risk of the contactor not continuing to work on the

remaining clubs by paying some invoices from company funds, prior to reimbursement from the Department

of Industry. This placed financial burden on PCYC as an out of pocket expense for some of the milestone

payments.

We acknowledge that the delay in payment was due to the Departments’ requirement that PCYC provide

adequate evidence of Milestone completion.

(Refer to Appendix G for the Final Budget Breakdown.)


Project Operation, Mechanisms and Processes

Implementation Process

Initial lighting audits and feasibility studies were conducted at each of the selected sites in early 2012. The site

visits focused on identifying the best cost benefit outcome, balancing light amounts and usage patterns. All of

the sites are community facilities that have high use by local residents.

Given that the completion of highly technical energy efficiency projects was not one of PCYC NSW’s core

competencies, to reduce the CEEP Project risk profile, PCYC formed a partnership with an energy services

company (ESCo) - Global Sustainability Initiatives (GSI). In comparison to entering into a contract with a

consultant who works independently, the decision to form a partnership with an ESCo allowed us to work in

collaboration with GSI throughout the project life-cycle.

The partnership with GSI allowed close consultation throughout the project and decreased both financial and

technical risk as well as creating a sound and confident procurement process. Implementation of upgrades

commenced in June 2013 and was completed in June 2014.

Project management

Global Sustainability Initiatives acted as overall Project Manager working collaboratively with senior staff at

PCYC NSW State Office as well as Club Managers and their staff. The contracted installers worked very closely

with club staff at each site on the project ensuring quality workmanship and timely completion of works. Club

Managers, in particular, played a very effective role in facilitating good outcomes.

The Community Energy Efficiency Program managers were very helpful and provided guidance to PCYC on how

to best manage and successfully complete this project.

This has proven to be a very successful, well managed project, completed within the time frame. The project

was completed on budget, without any compromise in quality, regulatory, environmental or safety

requirements.

The project’s activities and progress were discussed with all stakeholders throughout the delivery period.

Throughout the process PCYC and GSI communicated via email, mail and telephone. PCYC provided support

and guidance to GSI Management to complete the milestone reports.


Timely and regular communication occurred between the GSI Project Manager and all Club Managers. Below is

a snapshot of the Project Managers communication process for each site.

• Coordinate a pre install site visit from installers

• Confirm the hours of use for each room

• Confirm the rooms and light fittings being replaced according to the available site budget

• Clarify any issues that may impact on installation (eg. weights being moved, load bearing capacity of main

hall floors) based on Site Manager and installers site visit feedback

• Confirm tasks that are the responsibility of the Club to assist with the install ie. Club staff required to move

equipment, furniture, gymnasium floor matting and the like prior to or on the install

• Confirm what work can be completed in each room to fit in with the Club’s schedule of room bookings and

activities

• Arrange for secure storage on site for fittings prior to install

• Confirm suitable dates and start times for installation based on Club bookings and activities. Ensure that

early access is provided for electricians


Conclusion

Without the assistance of the Australian Government, the project could not have been realised. The Australian

Government provided 50% of the funds under the Community Energy Efficiency program (CEEP). The

remaining funds for the project were provided by PCYC NSW.

The project has been successfully completed to the allocated budget of $1,728,356

The project was managed by PCYC and GSI. All of the milestones set in the Funding Agreement by the

Australian Government and PCYC NSW were completed.

All of our clubs across the state have significantly benefited from this project. Each of the 57 clubs has new

energy efficient lighting, specially tailored for their individual rooms and for the activities they conduct.

Electricity consumption has been reduced which means there are significant savings across electricity bills. This

cost saving can be diverted to our core business which is supporting young people to be active in life,

developing their skills and leadership and reducing youth crime.

We believe that selecting GSI as the right project partner and having a solid line of communication between all

parties has led to the success of this project. Having a project partner who is capable of delivering such a

project for PCYC and one which can utilise Australian made products and local companies has also been a

major factor for its success.

Cluster Site

Annual

Energy

Cost (inc

GST)

Energy

Action

Amount

New Cost

with Govt

Funding

Electricity

Savings PA

Simple

Payback

Period (yrs)

Simple

Payback

with Govt

Funding

(yrs)

Simple

RoI

(%)

Simple

RoI with

Govt

Funding

(%)

Total

Electricity

Used on

Site kWh

Electricity

Reduction

From Action

kWh

Main

Lighting

Uses

(%)

Other

Lighting

Uses

(%)

Electricity

Reduction in

Lighting (%)

Electricity

Reduction for

Whole Site (%)

Project

GHG

Reduction

(tonnes) Sites

1 Balmain $9,996 $16,081 $8,041 $3,199 5.0 2.5 19.9 39.8 37,944 10,843 47 16 61 29 49 1

1 Bankstown $12,240 $15,730 $7,865 $1,203 13.1 6.5 7.6 15.3 39,228 3,442 18 7 46 9 16 1

1 Belmore $12,196 $10,380 $5,190 $1,482 7.0 3.5 14.3 28.6 38,368 4,163 17 15 41 11 19 1

1 Burwood $12,276 $25,246 $12,623 $4,636 5.4 2.7 18.4 36.7 39,060 13,171 69 3 49 34 60 1

1 Campbelltown $10,738 $31,218 $15,609 $7,341 4.3 2.1 23.5 47.0 45,540 27,841 87 5 73 61 125 1

1 Eastern Suburbs $15,156 $35,410 $17,705 $5,084 7.0 3.5 14.4 28.7 48,288 14,463 58 5 51 30 65 1

1 Glebe $20,070 $27,735 $13,868 $7,420 3.7 1.9 26.8 53.5 75,702 24,989 51 7 63 33 113 1

1 Liverpool $17,052 $35,894 $17,947 $3,704 9.7 4.8 10.3 20.6 66,000 12,801 29 13 56 19 53 1

1 Marrickville $47,928 $74,320 $37,160 $26,231 2.8 1.4 35.3 70.6 197,196 96,363 70 2 66 47 434 1

1 St George (Rockdale) $27,972 $42,315 $21,158 $4,508 9.4 4.7 10.7 21.3 104,568 15,048 32 2 44 14 68 1

1 Sutherland $25,704 $35,297 $17,649 $14,635 2.4 1.2 41.5 82.9 74,736 37,992 79 3 64 51 171 1

2 Bateau Bay $31,704 $41,581 $20,791 $15,233 2.7 1.4 36.6 73.3 83,088 35,645 54 0 69 44 161 1

2 Blacktown $8,456 $26,681 $13,341 $2,315 11.5 5.8 8.7 17.4 31,600 7,725 45 3 61 24 40 1

2 Cabramatta (Fairfield) $18,432 $23,484 $11,742 $4,799 4.9 2.4 20.4 40.9 76,320 15,586 28 15 60 20 80 1

2 Cessnock (transf to Armidale) $7,372 $16,232 $8,116 $2,515 6.5 3.2 15.5 31.0 32,640 9,101 76 22 57 55 78 1

2 Hornsby $19,956 $18,340 $9,170 $1,663 11.0 5.5 9.1 18.1 63,240 5,391 23 0 36 9 25 1

2 Lake Macquarie $11,856 $29,317 $14,659 $6,489 4.5 2.3 22.1 44.3 32,120 15,697 76 18 53 49 71 1

2 Maitland $26,388 $42,756 $21,378 $8,872 4.8 2.4 20.8 41.5 96,402 28,939 49 0 60 30 130 1

2 Mt Druitt $10,432 $25,133 $12,567 $1,814 13.9 6.9 7.2 14.4 37,920 5,886 39 0 45 16 26 1

2 Newcastle $9,492 $30,985 $15,493 $6,621 4.7 2.3 21.4 42.7 27,468 17,106 84 15 47 62 77 1

2 North Sydney $13,164 $19,663 $9,832 $4,355 4.5 2.3 22.1 44.3 42,492 12,552 55 4 57 30 58 1

2 Parramatta $24,144 $28,997 $14,499 $2,879 10.1 5.0 9.9 19.9 101,688 10,825 30 1 35 11 49 1

2 Penrith $16,572 $38,072 $19,036 $4,347 8.8 4.4 11.4 22.8 68,616 16,072 47 1 49 23 15 1

2 Woolloomooloo (Sydney) $20,268 $44,779 $22,390 $7,421 6.0 3.0 16.6 33.1 56,772 18,024 53 5 61 32 84 1

3 Armidale $10,848 $13,950 $6,975 $2,689 5.2 2.6 19.3 38.6 29,164 6,453 32 56 69 22 29 1

3 Coffs Harbour $20,756 $25,220 $12,610 $3,871 6.5 3.3 15.3 30.7 57,440 11,874 35 13 58 21 11 1

3 Gunnendah $16,984 $23,526 $11,763 $4,175 5.6 2.8 17.7 35.5 47,880 11,080 40 8 57 23 50 1

3 Kempsey $19,284 $33,724 $16,862 $4,492 7.5 3.8 13.3 26.6 58,108 12,086 33 0 63 21 55 1

3 Lismore $12,532 $13,431 $6,716 $5,496 2.4 1.2 40.9 81.8 34,516 13,516 51 6 63 39 61 1

3 Moree $19,308 $42,557 $21,279 $9,297 4.6 2.3 21.8 43.7 55,936 24,049 71 28 61 43 108 1

3 Morriset $8,000 $15,937 $7,969 $3,969 4.0 2.0 24.9 49.8 26,000 11,518 61 0 72 44 52 1

3 Muswellbrook $15,648 $32,238 $16,119 $5,088 6.3 3.2 15.8 31.6 45,204 15,908 74 0 47 35 72 1

3 Port Stephens $13,272 $35,176 $17,588 $9,057 3.9 1.9 25.7 51.5 35,892 18,081 78 5 74 61 105 1

3 Singleton $35,332 $15,101 $7,551 $2,565 5.9 2.9 17.0 34.0 31,816 12,489 58 0 68 39 56 1

3 Taree $18,732 $35,470 $17,735 $9,138 3.9 1.9 25.8 51.5 53,512 23,576 67 14 66 44 106 1

3 Tweed Heads $20,492 $44,182 $22,091 $4,053 10.9 5.5 9.2 18.3 59,672 18,493 59 4 51 31 83 1

3 Umina $13,300 $24,459 $12,230 $3,142 7.8 3.9 12.8 25.7 34,592 7,297 46 6 40 21 29 1

4 Bathurst $15,996 $27,476 $13,738 $3,544 7.8 3.9 12.9 25.8 44,640 7,032 26 2 60 16 32 1

4 Cowra (Binni Creek Rd) $5,302 $19,223 $9,612 $2,010 9.6 4.8 10.5 20.9 13,248 4,483 57 12 59 34 20 1

4 Cowra (Young St) $14,472 $20,001 $10,001 $4,039 5.0 2.5 20.2 40.4 36,048 8,982 61 18 40 25 41 1

4 Dubbo $31,352 $36,940 $18,470 $10,432 3.5 1.8 28.2 56.5 98,648 29,306 42 0 69 30 132 1

4 Griffith $7,140 $18,256 $9,128 $1,656 11.0 5.5 9.1 18.1 30,020 4,656 40 5 58 22 21 1

4 Mudgee $25,100 $23,984 $11,992 $4,232 5.7 2.8 17.6 35.3 82,720 12,454 24 0 60 15 56 1

4 Orange $40,644 $81,601 $40,801 $12,944 6.3 3.2 15.9 31.7 129,124 36,717 49 1 58 28 165 1

4 Parkes $8,232 $20,777 $10,389 $2,302 9.0 4.5 11.1 22.2 24,480 6,113 47 3 52 25 28 1

4 Tamworth $5,132 $37,752 $18,876 $9,307 4.1 2.0 24.7 49.3 12,888 20,869 53 7 61 26 94 1

4 Wellington $7,756 $16,001 $8,001 $2,871 5.6 2.8 17.9 35.9 21,168 6,997 52 0 63 33 32 1

4 Young (High Bays Only now) $23,268 $29,281 $14,641 $5,787 5.1 2.5 19.8 39.5 68,714 28,809 63 0 66 42 130 1

5 Albury $12,928 $28,072 $14,036 $3,273 8.6 4.3 11.7 23.3 32,120 7,916 47 2 52 25 36 1

5 Bourke $16,000 $37,251 $18,626 $7,681 4.8 2.4 20.6 41.2 70,000 30,006 62 10 59 43 135 1

5 Broken Hill $6,005 $13,224 $6,612 $1,175 11.3 5.6 8.9 17.8 18,808 1,748 50 1 55 28 8 1

5 Bulli $6,156 $25,911 $12,956 $1,972 13.1 6.6 7.6 15.2 27,096 6,921 64 12 55 29 40 1

5 Goulburn $12,844 $31,425 $15,713 $5,524 5.7 2.8 17.6 35.2 38,684 14,854 67 0 57 38 13 1

5 Lake Illawarra $13,464 $30,181 $15,091 $5,131 5.9 2.9 17.0 34.0 53,784 18,301 63 5 51 17 83 1

5 Shoalhaven $11,368 $29,636 $14,818 $3,708 8.0 4.0 12.5 25.0 44,284 12,899 47 12 61 29 44 1

5 Wollongong $8,400 $16,836 $8,418 $1,781 9.5 4.7 10.6 21.2 31,676 5,998 33 1 57 19 27 1

6 South Sydney (Redfern) $35,868 $18,654 $9,327 $3,666 5.1 2.5 19.7 39.3 45,864 11,105 67 0 70 47 67 1

6 Cessnock (new) combined $32,000 $48,945 $24,473 $7,153 6.8 3.4 14.6 29.2 120,554 15,634 27 47 48 13 70 1

TOTALS $993,479 $1,702,044 $851,022 $315,986 5.4 2.7 18.6 37.1 3,131,296 937,885 2,962 440 3,302 1,771 4,147 58

AVERAGE $17,129 $29,346 $14,673 $5,448 5.4 2.7 18.6 37.1 53,988 16,170 51 8 57 31 72 1

Type of Fittings / Club No. of New

Fittings


Fittings


Fittings

PCYC Albury 61 PCYC Eastern Suburbs 95 PCYC Orange 156

36W x 1 Batten 26 18W x 1 Batten 5 18W x 2 Semi Recessed Troffer 4

36W x 1 Recessed Troffer 20 36W x 1 Batten 22 36W x 1 Recessed Troffer 78

36W x 6 Batten 15 36W x 1 Semi Recessed Troffer 55 36W x 1 Semi Recessed Troffer 14

PCYC Armidale 42 36W x 1 Weatherproof Batten 1 36W x 6 Batten 60

120W Matsushima Spotlight 4 36W x 5 Batten 12 PCYC Parkes 77

36W x 1 Batten 8 PCYC Glebe 76 36W x 1 Batten 46

36W x 1 Semi Recessed Troffer 10 36W x 1 Batten 14 36W x 1 Semi Recessed Troffer 6

36W x 1 Weatherproof Batten 1 36W x 1 Semi Recessed Troffer 47 36W x 1 Weatherproof Batten 12

36W x 5 Batten 19 36W x 5 Batten 15 36W x 2 Batten 4

PCYC Balmain 64 PCYC Goulburn 78 36W x 3 Batten 9

18W x 2 Semi Recessed Troffer 8 36W x 1 Batten 46 PCYC Parramatta 34

36W x 1 Batten 25 36W x 1 Semi Recessed Troffer 3 36W x 1 Batten 14

36W x 1 Semi Recessed Troffer 31 36W x 1 Weatherproof Batten 14 36W x 1 Semi Recessed Troffer 12

PCYC Bankstown 35 36W x 5 Batten 15 36W x 1 Weatherproof Batten 8

36W x 1 Batten 11 PCYC Griffith 32 PCYC Penrith 104

36W x 1 Semi Recessed Troffer 16 36W x 1 Batten 28 120W Matsushima Spotlight 10


PCYC Bateau Bay 73 PCYC Gunnedah 42 36W x 1 Semi Recessed Troffer 17

36W x 1 Batten 17 36W x 1 Batten 15 36W x 1 Weatherproof Batten 6


36W x 1 Semi Recessed Troffer 10 36W x 6 Batten 15 PCYC Port Stephens 80

36W x 1 Weatherproof Batten 4 PCYC Hornsby 35 36W x 1 Batten 35


PCYC Bathurst 52 36W x 5 Batten 15 36W x 1 Weatherproof Batten 1

36W x 1 Batten 26 PCYC Kempsey 82 36W x 5 Batten 18

36W x 1 Semi Recessed Troffer 6 36W x 1 Batten 41 PCYC Shoalhaven 58

36W x 6 Batten 20 36W x 1 Recessed Troffer 2 36W x 1 Batten 25

PCYC Belmore 36 36W x 1 Semi Recessed Troffer 23 36W x 1 Semi Recessed Troffer 8


36W x 1 Batten 7 PCYC Lake Illawarra 87 36W x 5 Batten 18

36W x 1 Semi Recessed Troffer 12 36W x 1 Batten 54 PCYC Singleton 35

PCYC Blacktown 66 36W x 1 Recessed Troffer 18 36W x 1 Batten 20


36W x 1 Semi Recessed Troffer 11 36W x 1 Weatherproof Batten 4 36W x 5 Batten 6

36W x 1 Weatherproof Batten 6 PCYC Lake Macquarie 61 PCYC South Sydney (Redfern) 60

36W x 5 Batten 12 36W x 1 Recessed Troffer 19 36W x 1 Batten 22

PCYC Bourke 102 36W x 1 Semi Recessed Troffer 3 36W x 1 Semi Recessed Troffer 36

36W x 1 Batten 75 36W x 2 Semi Recessed Troffer 18 36W x 2 Weatherproof Batten 2

36W x 1 Semi Recessed Troffer 12 36W x 5 Batten 21 PCYC St George (Rockdale) 50

36W x 5 Batten 15 PCYC Lismore 46 18W x 1 Batten 2

PCYC Broken Hill 41 36W x 1 Batten 31 36W x 1 Batten 10



PCYC Bulli 33 PCYC Liverpool 107 36W x 5 Batten 22

36W x 1 Batten 3 16W Brightgreen Downlight 12 PCYC Sutherland 99

36W x 1 Recessed Troffer 2 36W x 1 Batten 60 18W x 2 Semi Recessed Troffer 7

36W x 1 Semi Recessed Troffer 13 36W x 1 Semi Recessed Troffer 35 36W x 1 Batten 41

36W x 5 Batten 15 PCYC Maitland 70 36W x 1 Semi Recessed Troffer 37

PCYC Burwood 69 36W x 1 Batten 2 36W x 5 Batten 14

36W x 1 Batten 39 36W x 1 Semi Recessed Troffer 29 PCYC Tamworth 104

36W x 1 Semi Recessed Troffer 9 36W x 5 Batten 39 36W x 1 Batten 58

36W x 2 Semi Recessed Troffer 9 PCYC Marrickville 178 36W x 1 Semi Recessed Troffer 18

36W x 5 Batten 12 16W Brightgreen Downlight 16 36W x 1 Weatherproof Batten 6

PCYC Cabramatta (Fairfield) 50 36W x 1 Batten 21 36W x 2 Batten 6



36W x 4 Batten 9 36W x 6 Batten 54 PCYC Taree 55

36W x 5 Batten 12 PCYC Moree 79 36W x 1 Batten 15

PCYC Campbelltown 70 36W x 1 Recessed Troffer 43 36W x 5 Batten 40

18W x 1 Troffer 3 36W x 1 Semi Recessed Troffer 3 PCYC Tweed Heads 105

36W x 1 Batten 22 36W x 5 Batten 33 16W Brightgreen Downlight 12

36W x 1 Semi Recessed Troffer 27 PCYC Morisset 18 36W x 1 Batten 54


PCYC Cessnock 97 PCYC Mt Druitt 62 36W x 1 Weatherproof Batten 4


36W x 1 Weatherproof Batten 20 36W x 1 Semi Recessed Troffer 19 36W x 5 Batten 15

36W x 2 Batten 2 36W x 5 Batten 12 PCYC Umina 65

36W x 3 Batten 3 PCYC Mudgee 60 36W x 1 Batten 53



PCYC Coffs Harbour 56 36W x 1 Weatherproof Batten 5 PCYC Wellington 33


36W x 1 Semi Recessed Troffer 16 PCYC Muswellbrook 61 36W x 1 Semi Recessed Troffer 12


PCYC Cowra (Binni Creek Rd) 30 36W x 1 Recessed Troffer 2 36W x 3 Batten 6

36W x 1 Batten 12 36W x 1 Semi Recessed Troffer 10 PCYC Wollongong 27


36W x 5 Batten 15 PCYC Newcastle 62 36W x 5 Batten 11

PCYC Cowra (Young St) 76 36W x 1 Batten 12 PCYC Woolloomooloo (Sydney) 122

120W Matsushima Spotlight 3 36W x 1 Recessed Troffer 12 36W x 1 Batten 72

36W x 1 Batten 3 36W x 1 Semi Recessed Troffer 8 36W x 1 Recessed Troffer 9


36W x 1 Weatherproof Batten 7 36W x 6 Batten 15 36W x 5 Batten 8

36W x 3 Batten 12 PCYC North Sydney 47 PCYC Young 32


PCYC Dubbo 100 36W x 1 Batten 10 Grand Total 1296

120W Matsushima Spotlight 3 36W x 1 Semi Recessed Troffer 5

36W x 1 Batten 63 36W x 3 Batten 12

36W x 1 Semi Recessed Troffer 12 Grand Total 1378

36W x 1 Weatherproof Batten 4

36W x 5 Batten 18

Grand Total 1153

TOTAL No. OF NEW FITTINGS 3827

Type of Fittings No. of New Fittings No. of New Fittings No. of New Lamps.

(Globes)

No. of Fittings Removed No. of Lamps Removed.

120W Matsushima Spotlight 20 3827 8123 4035 7371

16W Brightgreen Downlight 40

18W x 1 Batten 7

18W x 1 Troffer 3

18W x 2 Semi Recessed Troffer 19

36W x 1 Batten 1469

36W x 1 Batten 23

36W x 1 Recessed Troffer 205




36W x 2 Batten 35



36W x 3 Batten 66

36W x 4 Batten 9

36W x 5 Batten 657

36W x 5 Batten 18

36W x 6 Batten 257

Grand Total 3827

PROJECT TITLE PCYC Lighting Upgrade Project PROJECT ID CEEP1000FUNDING RECIPIENT Police Citizens Youth Clubs NSW Ltd DATE

Site Name

Location (address)Suburb and Post Code BalmainType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annum

Baseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per annumEnergy Efficiency Improvement MJ per M2Effective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of Activity (exc GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

9.8

Building, Facility or Site 1PCYC Balmain

372 Darling St2041

Community Activity Building

Upgrade of old lighting to energy efficient lightingThe process used is to count the existing light fittings, type, obtain hours of use and enter into NSW IPART calculators against new fittings used.

37,944

136,598

38,621

123

Permanent small office with PCYC staff working standard work hours eg, 9-5. Rest of site and activity rooms used intermittently as booked.

No

50304210/06/1977

1665

$16,081

$3,199


Site Name

Location (address)Suburb and Post Code BankstownType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per annumEnergy Efficiency Improvement MJ per M2Effective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

10

Building, Facility or Site 1PCYC Bankstown

55 Meredith Street2200



39,228

141,221

12,391

28


No

50260010/03/1961

1590$15,730

$1,203


Site Name

Location (address)Suburb and Post Code BelmoreType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annum

Baseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2

Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of Activity (exc GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

8

Building, Facility or Site 1PCYC Belmore

332 Burwood Rd2192



38,368

138,125

14,0111

86


No

50208020/07/1951

1600

$10,380

$1,482


Site Name

Location (address)Suburb and Post Code BurwoodType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

8.8

Building, Facility or Site 1PCYC Burwood

17 Deane St2134



39,060

140,616

53,7521

92


No

502756Unknown

1527$25,246

$4,636


Site Name

Location (address)Suburb and Post Code MintoType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)

Cost of Activity (Ex GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

8.7

Building, Facility or Site 1PCYC Campbelltown

98 Minto Road2566



45,540

163,944

128,5421

79


No

5022621/09/1986

2083

$31,218

$7,341


Site Name

Location (address)Suburb and Post Code DaceyvilleType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

12

Building, Facility or Site 1PCYC Daceyville

26A Bunnerong Rd2032



48,288

173,837

59,1551

109


No

50312013/08/1945

1591$35,410

$5,084


Site Name

Location (address)Suburb and Post Code GlebeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of Activity (exc GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

12

Building, Facility or Site 1PCYC Glebe

2-4 Minogue Crescent2037



75,702

272,527

89,9601

116


No

5037441/01/1967

2351

$27,735

$7,420


Site Name

Location (address)Suburb and Post Code MillerType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

12

Building, Facility or Site 1PCYC Liverpool

Cartwright Avenue2168



66,000

237,600

46,0841

166


No

503000Unknown

1435$35,894

$3,704


Site Name

Location (address)Suburb and Post Code MarrickvilleType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

12.9

Building, Facility or Site 1PCYC Marrickville

531 Illawarra Rd2204



197,196

709,906

332,7122

172


No

504680Unknown

4127$74,320

$26,231

PROJECT TITLE PCYC Lighting Upgrade Project CEEP1000FUNDING RECIPIENT Police Citizens Youth Clubs NSW Ltd

Site Name

Location (address)Suburb and Post Code RockdaleType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)

Cost of Activity (ex GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

2788

$42,315

$4,508Permanent small office with PCYC staff working standard work hours eg, 9-5. Rest of site and activity rooms used intermittently as booked.

No

5024961/01/1969

9.6

Building, Facility or Site 1PCYC St George (Rockdale)

McCarthy Reserve, 9 Ador Ave2216



104,568

376,445

57,4811

135


Site Name

Location (address)Suburb and Post Code SutherlandType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annum

Baseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of Activity (exc GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption

10.2

Building, Facility or Site 1PCYC South Sutherland

Waratah Park, Eton Street South2232



74,736

269,050

138,0201

105


No

50317223/06/1969

2552

$35,297

$14,635


Site Name

Location (address)Suburb and Post Code Bateau BayType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method

Baseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per m2 annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)


Unknown

2583

$41,581


No

$15,233

10.6503874

3

Building, Facility or Site 1PCYC Bateau Bay

The Entrance Rd2261



83,088

299,117

128,322

116


Site Name

Location (address)Suburb and Post Code BlacktownType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50213223/10/1973

1569$26,681

$2,315

8.2

Building, Facility or Site 1PCYC Blacktown

30 Second Avenue2148



31,600

113,760

27,8101

73


Site Name

Location (address)Suburb and Post Code CabramattaType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

5032001/03/1961

2791$23,484

$4,799

12

Building, Facility or Site 1PCYC Cabramatta

Cnr Railway Parade & McBurney Road2166



76,320

274,752

56,1102

98


Site Name

Location (address)Suburb and Post Code HornsbyType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50293821/04/1965

2300$18,340

$1,663

11.3

Building, Facility or Site 1PCYC Hornsby

94 George Street2077



63,240

227,664

20,9772

99


Site Name

Location (address)Suburb and Post Code WindaleType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

502860

3044$29,317

$6,489

11/12/1981

11

Building, Facility or Site 1PCYC Lake Macquarie

8A Lake Street2306



32,120

115,632

56,5092

38


Site Name

Location (address)Suburb and Post Code MaitlandType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50340626/06/1963

3051$42,756

$8,872

10.9

Building, Facility or Site 1PCYC Maitland

James Street2320



96,402

347,047

104,1803

114


Site Name

Location (address)Suburb and Post Code ShalveyType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method

Baseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50254825/07/2005

1924

$25,133

$1,814

8.2

Building, Facility or Site 1PCYC Mt Druitt

453a Luxford Rd2770



37,920

136,512

21,1901

71


Site Name

Location (address)Suburb and Post Code BroadmeadowType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50340610/08/1966

3426$30,985

$6,621

10.9

Building, Facility or Site 1PCYC Newcastle

Cnr Young & Melbourne Rd2292



27,486

98,950

61,5824

29


Site Name

Location (address)Suburb and Post Code North SydneyType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50426416/05/1941

1429

$19,663

$4,355

11.7

Building, Facility or Site 1

PCYC North Sydney

224-230 Falcon Street2060



42,492

152,971

45,1871

107


Site Name

Location (address)Suburb and Post Code ParramattaType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

503120

1478$28,997

$2,879

7/07/1960

10

Building, Facility or Site 1PCYC Parramatta

12 Hassall St2150



101,688

366,077

38,9701

248


Site Name

Location (address)Suburb and Post Code PenrithType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

503125Unknown

2201$38,072

$4,347

12.5

Building, Facility or Site 1PCYC Penrith

100 Station Street2750



68,616

247,018

57,8591

112


Site Name

Location (address)Suburb and Post Code WoolloomoolooType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

503,22410/04/1959

1389$44,779

$7,421

10.3

Building, Facility or Site 1PCYC Wooloomooloo

Cnr. Cathedral & Riley St9360 5835



56,772

204,379

64,8862

147


Site Name

Location (address)Suburb and Post Code ArmidaleType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5025748/05/1951

1693

$30,182

$6,555

8.3

Building, Facility or Site 1PCYC Armidale

176 Rusden Street2350



29,164

104,990

56,3801

62


Site Name

Location (address)Suburb and Post Code Coffs HarbourType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50280826/05/1997

1691

$25,220

$4,806

9

Building, Facility or Site 1PCYC Coffs Harbour

74 Bray St2450



57,440

206,784

42,7461

122


Site Name

Location (address)Suburb and Post Code GunnedahType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50286024/12/1981

1855

$23,526

$4,402

11

Building, Facility or Site 1PCYC Gunnedah

View Street2380



47,880

172,368

39,8881

93


Site Name

Location (address)Suburb and Post Code KempseyType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

502574Unknown

1879

$33,724

$4,492

8.3

Building, Facility or Site 1PCYC Kempsey

38 Bloomfield St2440



58,108

209,189

43,5101

111


Site Name

Location (address)Suburb and Post Code LismoreType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50272816/10/1970

1642

$13,431

$8,716

10.7

Building, Facility or Site 1PCYC Lismore

Cnr Orion & Dawson Streets2480



34,516

124,258

77,1592

76


Site Name

Location (address)Suburb and Post Code MoreeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5031981980

1369

$42,557

$9,279

12.7

Building, Facility or Site 1PCYC Moree

Boston Street2400



59,936

215,770

86,5761

158


Site Name

Location (address)Suburb and Post Code MorissetType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method

Baseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

502000Unknown

969$15,937

$3,969

8

Building, Facility or Site 1PCYC Morisset

5 Kahibah St2264



26,001

93,604

41,4651

97


Site Name

Location (address)Suburb and Post Code MuswellbrookType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

5042901/11/1996

2831$32,238

$6,168

13.8


PCYC Muswellbrook

Carl Street2333



45,204

162,734

57,2693

57


Site Name

Location (address)Suburb and Post Code Nelson BayType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5051221/06/1979

2005

$35,176

$9,678

14.1

Building, Facility or Site 1PCYC Port Stephens

7 Austral Street2315



35,892

129,211

84,1251

64


Site Name

Location (address)Suburb and Post Code SingletonType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

503588Unknown

1154

$15,101

$2,565

11.5

Building, Facility or Site 1PCYC Singleton

High Street2330



31,816

114,538

44,9601

99


Site Name

Location (address)Suburb and Post Code TareeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method




No

5029901/01/1988

3085

$35,470

$9,243

11.5

Building, Facility or Site 1PCYC Taree

Commerce Street2430



53,512

192,643

64,0555

62


Site Name

Location (address)Suburb and Post Code Tweed HeadsType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method



No

5030001/01/1992

2298$44,182

$7,113

12

Building, Facility or Site 1PCYC Tweed Heads

Adelaide/Florence Streets2485



59,672

214,819

66,5752

93


Site Name

Location (address)Suburb and Post Code UminaType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5025001/05/1999

1474

$24,459

$3,142

3.5


PCYC Umina

101 Osborne Ave2257



34,592

124,531

26,2692

84


Site Name

Location (address)Suburb and Post Code BathurstType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50228813/02/1989

1990

$27,476

$3,544

8.8

Building, Facility or Site 1PCYC Bathurst

Cnr Morriset & Commonwealth St2795



44,640

160,704

25,3151

81


Site Name

Location (address)Suburb and Post Code CowraType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50205428/07/1983

1341$19,223

$2,010

7.9


PCYC Cowra

Binni Creek Road2794



13,248

47,693

16,1391

36


Site Name

Location (address)Suburb and Post Code CowraType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50205428/07/1983

1341$20,001

$4,039

7.9


PCYC Cowra

Young Road2794



36,048

129,773

32,3351

97


Site Name

Location (address)Suburb and Post Code DubboType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50309427/06/1905

3086

$36,940

$10,432

9.9

Building, Facility or Site 1PCYC Dubbo

Cnr Erskine & Darling Streets2830



98,648

355,133

105,5023

115


Site Name

Location (address)Suburb and Post Code GriffithType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50257419/10/1965

1307

$18,256

$1,656

8.3

Building, Facility or Site 1PCYC Griffith

5 Olympic St2680



30,020

109,843

16,7621

84


Site Name

Location (address)Suburb and Post Code MudgeeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50403010/07/1958

1630$23,984

$4,232

12.9

Building, Facility or Site 1PCYC Mudgee

50 Market Street2850



82,720

297,792

44,8342

183


Site Name

Location (address)Suburb and Post Code OrangeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method



No

50360018/03/1969

6101$81,601

$12,944

12

Building, Facility or Site 1PCYC Orange

96-98 Byng St2800



129,124

464,846

132,1814

76

PROJECT TITLE PCYC Lighting Upgrade Project PROJECT IDFUNDING RECIPIENT Police Citizens Youth Clubs NSW Ltd DATE

Site Name

Location (address)Suburb and Post Code ParkesType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5025742/04/1974

2318

$20,777

$2,302

8.3


PCYC Parkes

36-40 Pearce St2870


Upgrade of old lighting to energy efficient lighting

The process used is to count the existing light fittings, type, obtain hours of use and enter into NSW IPART calculators against new fittings used.

24,480

88,128

22,0071

38


Site Name

Location (address)Suburb and Post Code TamworthType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50312030/04/1974

2954

$37,752

$9,307

12


PCYC Tamworth

2 Darling Street2340




12,888

46,397

75,1281

16


Site Name

Location (address)Suburb and Post Code WellingtonType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method




No

50231421/09/1992

937

$16,001

$2,871

8.9


PCYC Wellington

69 Gobolion St2820



21,168

76,205

25,1891

81


Site Name

Location (address)Suburb and Post Code YoungType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50260015/11/1985

2934

$29,281

$6,580

10


PCYC Young

45 Lachlan Street2594


High Bay fittings over the Courts figures onlyThe process used is to count the existing light fittings, type, obtain hours of use and enter into NSW IPART calculators against new fittings used.

68,714

247,370

62,4561

84


Site Name

Location (address)Suburb and Post Code AlburyType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate Method




No

50273019/10/1978

2583

$28,072

$3,273

10.5

Building, Facility or Site 1PCYC Albury

Cnr Keene & Andrews Streets2640



32,120

115,632

28,4981

45


Site Name

Location (address)Suburb and Post Code BourkeType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

503666Unknown

1645$37,251

$7,681

11.8


PCYC Bourke

2 Wilson Street2840




70,000

252,000

108,0224

153


Site Name

Location (address)Suburb and Post Code Broken HillType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50319823/05/1946

1406$13,224

$1,175

10.3


PCYC Broken Hill

Gypsum St2880




18,808

67,709

6,2931

48


Site Name

Location (address)Suburb and Post Code BulliType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5031208/10/1948

1814

$25,911

$1,972

12


PCYC Bulli

253 Princes Highway2516




27,096

97,546

24,9161

54


Site Name

Location (address)Suburb and Post Code GoulburnType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50358812/04/1978

1658

$31,425

$5,524

11.5

Building, Facility or Site 1PCYC Goulburn

Crn Avoca and Derwent Street2580



38,684

139,262

53,4741

84


Site Name

Location (address)Suburb and Post Code WarillaType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

50312022/02/1975

2633

$30,181

$5,131

12


PCYC Lake Illawarra

Reddall Parade2528




53,784

193,622

65,8842

74


Site Name

Location (address)Suburb and Post Code NowraType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

502132Unknown

2374

$29,636

$3,708

6.8

Building, Facility or Site 1PCYC Shoalhaven

Park Road2541



44,284

159,422

46,4361

67


Site Name

Location (address)Suburb and Post Code North WollongongType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)



No

5028345/10/1951

1771

$16,836

$1,781

10.9

Building, Facility or Site 1PCYC Wollongong

GSI Office to provide2500



31,676

114,034

21,5931

64


Site Name

Location (address)Suburb and Post Code RedfernType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of ActivityEstimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

50350023/06/1952

1485$18,654

$3,666

14

Building, Facility or Site 1PCYC South Sydney (Redfern)

638 Elizabeth St2016



45,864

165,110

39,9781

111


Site Name

Location (address)Suburb and Post Code CessnockType of building, facility or siteActivity Type and MeasureEnergy Efficiency Estimate MethodBaseline Energy Usage kWh per annumBaseline Energy Efficiency Mj per annumEnergy Efficiency Improvement MJ per M2Energy Efficiency Improvement MJ per annumEffective Full Time StaffHours of Use (Daily)Weeks Open AnnuallyHours of Use (Annual)Year Building BuiltTotal Floor Area of Site (sqr/m)Cost of Activity (exc GST)Estimated Cost Savings (p/year)Typical Operating CircumstancesAny Particular Issues Affecting Energy Consumption


No

504500Unknown

1637

$48,945

$7,153

9

Building, Facility or Site 1PCYC Cessnock

196 Wollombi Road2325



120,554

433,994

56,3152

265

GSI Project Report PCYC NSW

Lighting Retrofit - PCYC NSW Overview

PCYC's proposed project aimed to improve the energy efficiency of 57 clubs across

New South Wales due to disproportionate rising electricity costs small community sites have been experiencing. The major uses of energy on site are lighting using 49%. The main lighting areas on the site use 44% and include the Main Sporting Hall, Gymnastics Room, Weights Room, Boxing Room, Martial Arts Rooms, Offices and Foyer areas. This project can reduce main lighting by 59% resulting in a total site energy reduction of 27%.

The project resulted in reducing the running costs of the PCYC’s facilities due to a

coordinated install, warranty and maintenance program, improved lighting levels and safety for the community. The project reduced electricity costs, greenhouse gas emissions and provide a community education hub displaying a variety of clean lighting technologies and implementation.

PCYC clubs operate with extended hours, many clubs operate between 6am & 10pm. The importance of energy reduction via lighting is paramount. The peak usage times within PCYC also correspond to the energy network high peak hours of 7am-9am and 4pm-7pm as these times represent peak periods for gym usage and exercise class times. Therefore, the 937 MWh of annual energy reduction from the project will also reduce the burden on the energy network at these peak times.

This project uses Australian energy experts, Australian manufacturers, local Australian small businesses installers (tradespeople) across NSW.

PCYC NSW Community Buildings

Police Citizens Youth Clubs are host to a range of community activities, sporting programsand Police programs.

In any club on any given day you will find NSW Police case managing young offenders and youth at risk. Sporting sessions for young people, adults and seniors. Boxing, martial arts, gymnastics, weights, traffic offenders programs, child care, education programs, playgroup, music programs and drop-in are just a sample of what is on offer.

The activities and programs are designed and run based upon community need with PCYC boasting a membership of 82,000 members across the state. This membership represents the participant numbers, when spectators and parents are added into this equation the figures are in the vicinity of 150,000.


2

Main Hall Before Main Hall After

Objectives

PCYC's proposed project aims to improve the energy efficiency of PCYC facilities, the main areas on the sites include the Main Sporting Hall, Gymnastics Room, Weights Room, Boxing Room, Martial Arts Rooms, Offices and Foyer areas.

The anticipated outcomes from this project include a reduction in energy expenditure and greenhouse gas emissions. Additional project outcomes include a reduction in running costs through warranties and maintenance savings, improved safety and the education of the community on clean lighting technologies. PCYC sites have diverse lighting requirements and fitting types on sites, so PCYC will be able to display various clean lighting technologies and applications to the local community to assist with community understanding and education on applciaiton of new clean technologies.

Implementation

Initial audits and feasability studies were conducted at each of the selected sites in late 2011. The site vistis were focused on identifying the best cost benefit outcome. All of the sites are community facilities that have high use by local residents. Given that the completion of highly technical energy efficiency projects is not one ofPCYC’s core competencies, to reduce the CEEP Project risk profile, Council formed a partnership with an Energy Services Company (ESCo) Global Sustainability Initiatives (GSI). In comparison to entering into a contract with a consultant who works independently, the decision to form a partnership with an ESCo allowed PCYC to work in collaboration with GSI throughout the project life-cycle. The partnership with the ESCo allowed close consultation throughout the project and decreased both financial and technical risk as well as creating a sound and confident procurement process. Implementation of upgrades commenced in May 2013 and were completed in December 2013.


3

Outcomes

The CEEP Program works concluded in December 2013 following quantifiable outcomes:

The upgrades have resulted in improved facilities and user amenity, with more even lighting resulting in reduced glare and less visual fatigue. The renewal of infrastructure has significantly reduced annual ongoing maintenance costs adding further financial savings to the project outcomes.

Business Case

It was a very worthwhile project financially providing a strong return to PCYC with a simple project payback period is 2.7 years.

Key Learnings

Access expert knowledge and obtain the right technical expertise where there are gaps internally;

Form relationships and network with industry experts and organisations for continous learning and partnership opportunities;

Engagement with facility users and communication to all stakeholders for smooth implementation;

Promotion to community for support and recognition of leading by example

Contact

Name: Chris Diener Position: Properties and Projects ManagerPhone: 02 9625 9111 Email: [email protected]

Clusters Installation Time

Frame

Electricity

savings/pa (KWh)

Cost $

savings/pa

GHG Tonnes

(Project Life)

1 - 5

July - December 2013

934,589

$310,508

4,133

mailto:[email protected]


Lighting Retrofit - PCYC NSW PCYC Belmore

Site Upgrade Summary

To ensure the most efficient and least disruptive lighting upgrade occurred it was important that communications were maintained between the GSI Project Manager, Club Manager and Electrical Contractors throughout the installation. This included the following:

Site Upgrade Process Coordinate a pre install site visit from installers Confirm the hours of use for each room Confirm the rooms and light fittings being replaced according to the available site budget Clarify any issues that may impact on installation (eg. weights being moved, load bearing

capacity of Main Hall floors) based on Site Manager and installers site visit feedback Confirm tasks that are the responsibility of the Club to assist with the install ie. Club staff

required to move equipment, furniture, gymnasium floor matting and the like prior to or during the install

Confirm which days works can be completed in each room to fit in with the Club’s schedule of room bookings and activities

Confirm clear access to and on - site safe storage of fittings prior to and during install Confirm suitable dates and start times for installation based on Club bookings and activities

and that provide early access for electricians Rooms Completed Out of the total of 12 rooms on the site the following 8 were upgraded based a cost/benefit analysis including hours of use, existing lighting and the available installation budget.

Entrance Foyer Walkway 2 Stairway Walkway 1

Conference Room Main Office Police Room

Weights Room 1 Games Room

Cluster Installation Electricity

savings/pa (KWh)

$ Cost savings/pa GHG Tonnes

(Project Life)

1

July 2013

4,163

1,482.00

19


2

Post Installation Measurement and Verification

On completion independent electricians completed ‘Tong’ (Amp) testing on lighting circuits to confirm energy reductions, light levels were measured and pre and post photos were taken.

Entrance Foyer Before Entrance Foyer After


Lighting Retrofit - PCYC NSW PCYC Blacktown Site Upgrade Summary




required to move equipment, furniture, gymnasium floor matting and the like prior to or on the install




Police Office Toilet (M) Toilet (F)

Entrance Stairwell & up walkway Main Hall

Office Dance Room Gym

Boxing Boxing Annexe


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

2

July

7,725

2,315

40


2



Gym Before Gym After


Lighting Retrofit - PCYC NSW PCYC Bourke Site Upgrade Summary








Weights Area Main Office Front Office/Recep. Managers Office

Club Entry Foyer Youth Work Office Court

Gym (upstairs) Walkway Multi Purpose Room Activity Room

Meeting Room


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

5

December

30,006

7,681

135


2



Weights Area Before Weights Area After


Lighting Retrofit - PCYC NSW PCYC Bulli Site Upgrade Summary








Club Office Foyer Managers Office

Police Office Large Basketball Court

Toilet Kitchen


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

5

December

6,921

1,972

40


2



Large Basketball Court Before Large Basketball Court After


Lighting Retrofit - PCYC NSW PCYC Campbelltown Site Upgrade Summary








Front Entrance Police Office Foyer Hall Main Office

Gym Toilets (M) Hallway

Toilets Staff Toilets (F) Main Hall


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

1

July 2013

27,841

7,341

125


2





Lighting Retrofit - PCYC NSW PCYC Newcastle Site Upgrade Summary








Entrance Foyer Manager/Police Office Reception/Office

Boxing Room Hunter Hall Gym

Cardio


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

2

July 2013

17,106

6,621

77


2



Hunter Hall Before Hunter Hall After


Lighting Retrofit - PCYC NSW PCYC Parkes Site Upgrade Summary








Toilets (M) Toilets (F) Archery

Office Fitness/Boxing Hallway

Foyer Kids Care Gymnastics

Weights


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

4

December

6,113

2,302

28


2



Kids Care Before Kids Care After


Lighting Retrofit - PCYC NSW PCYC Port Stephens Site Upgrade Summary







and that provide early access for electricians Rooms Completed Out of the total of 19 areas on the site a total of 11 areas were upgraded based a cost/benefit analysis including hours of use, existing lighting and the available installation budget.


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

3

August

18,081

$9,057

105


2

External Entry Foyer Office & store

Main Walkway Reception Toilets M

Toilets F Main Hall Main Hall Seating Area

Dance Room Training Room





Lighting Retrofit - PCYC NSW PCYC Taree Site Upgrade Summary








Multipurpose Room Gymnasium 1

Gymnasium 2 Auditorium Main Hall 1

Auditorium Main Hall 2


savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

3

September

23,576

9,138

106


2



Multipurpose Room Before Multipurpose Room After


Lighting Retrofit - PCYC NSW PCYC Young

Site Upgrade Summary




required to move equipment, furniture, gymnasium floor matting and the like prior to or on the install



and that provide early access for electricians Rooms Completed Out of the total of 13 rooms on the site the Main Hall was upgraded based a cost/benefit analysis including hours of use, existing lighting and the available installation budget.




savings/pa (KWh)

Cost savings/pa

($)

GHG Tonnes

(Project Life)

4

December

28,809

5,787

130


2


Goes green!

You are in an energy-efficient club

Thanks to new clean lighting technologies

This project received funding by the Australian Government – Department of Industry as part of the Community Energy Efficiency Program.

PCYC NSW Website & Internal Intranet

PCYC NSW Intranet Site – Home Page

Select the Clubs & Properties link

PCYC NSW Intranet Site – Properties Page

Select the Community Energy Efficiency Program link

The link provides access to the whole of project and individual club case studies.

PCYC NSW Website – Home Page

Select the Media & Events icon

With more than 60 clubs and centres across the state and around 85,000 members, Police Citizens Youth Clubs NSW is one of Australia’s leading youth organisations.

State office: 1C Mimika Ave, Whalan NSW, 2770 Phone: 9625-9111.

Media release Attention news editors, chiefs of staff and producers

PCYC completes massive improvement project

A statewide project to improve lighting at PCYC clubs and reduce energy use and costs has been completed. Fifty-nine clubs, including PCYC Taree, were part of the project worth more than $1.7 million and jointly funded by PCYC NSW and federal government’s Department of Industry as part of the community energy efficiency program PCYC NSW properties and project manager Chris Diener said the objectives of the project were to improve the energy efficiency across PCYC NSW facilities by reducing energy consumption and greenhouse gas emissions, reducing the cost of lighting maintenance and capital replacements and improving general safety and compliance using clean lighting technologies. “The project involved extensive consultation in lighting design to be fit for purpose, removal of old lighting and installation of new lighting most suitable to each specific room and to meet current lighting Australian Standards,” he said. “PCYC clubs operate with extended hours and most clubs operate between 6am and 10pm. The importance of energy reduction via lighting is paramount. The peak usage times within PCYCs also correspond to the energy network high peak hours of 7am to 9am and 4pm to 7pm as these times represent peak periods for gym usage and exercise classes. “The major use of energy across PCYC NSW is lighting, using an estimated 49 per cent of the total energy bill. “This project aimed to reduce lighting energy costs by 59 per cent, resulting in a total site energy reduction of 27 per cent. “The 937 megawatt hours of annual energy reduced by the project will also reduce the burden on the energy network at these peak times.” The electricity use reduction represents a saving of 644 tonnes of greenhouse gases, equivalent to the emissions from 136 cars or burning 314 tonnes of coal. At PCYC Taree, lighting improvements were carried out to the multipurpose rooms, two gymnasiums and the two main hall auditoriums, saving the club nearly $10,000 in electricity costs each year. Copies of whole-of-project and club-specific case studies are attached to this release. For further information or comment, please contact PCYC NSW properties and project manager Chris Diener on 9625 9111.

ROOM REFLECTANCE

TECH

NICA

L IN

FORM

ATIO

N

POLAR INTENSITY DIAGRAM

ROOM INDEX

e1-BSB1x37

LEGEND: C0 BLUE. C90 RED. C45 DASHED (cd/klm)

C W F 1.00 2.00 3.00 4.00 5.00

0.47 0.62 0.68 0.72 0.74

0.41 0.56 0.63 0.68 0.71

0.36 0.52 0.60 0.64 0.68

0.45 0.58 0.64 0.67 0.69

0.39 0.54 0.60 0.64 0.67

0.35 0.50 0.57 0.61 0.64

0.43 0.55 0.60 0.63 0.65

0.38 0.51 0.57 0.61 0.63

0.34 0.48 0.54 0.58 0.61

0.32 0.44 0.50 0.53 0.56

0.70 0.50 0.20

0.50 0.20

0.30 0.20

0.30

0.10

0.50

0.30

0.10

0.50

0.30

0.10

0.00 0.00 0.00

LIGHT OUTPUT RATIO: 76.9% / SHR NOM: 1.75 / SHR MAX 1.77

UTILISATION FACTOR TABLE

80

160

240 30

60

90

e1 optimum Fluorescent Batten Fittingsopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

The e1 Optimum range of batten fi ttings lead the world in energy effi ciency.

Superior light spread coupled with reduced energy consumption.

• Curved diffuser provides streamlined appearance

• Suitable for all general interior applications

• Surface mounted or suspended

• Dimming versions available

• Reduces ongoing maintenance costs

e1 optimum Fluorescent Batten Fittingsopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

Cat. No. Description1x18W Surface Mounted Batten with Curved Plastic Diffuser1x37W Surface Mounted Batten with Curved Plastic Diffuser2x18W Surface Mounted Batten with Curved Plastic Diffuser2x37W Surface Mounted Batten with Curved Plastic Diffuser

e1-BSB1x18e1-BSB1x37e1-BSB2x18e1-BSB2x37

1x18W Surface Mounted Batten with Curved Plastic Diffuser - Dimmable1x37W Surface Mounted Batten with Curved Plastic Diffuser - Dimmable

e1-BSB1x18De1-BSB1x37D

2x18W Surface Mounted Batten with Curved Plastic Diffuser - Dimmablee1-BSB2x18D2x37W Surface Mounted Batten with Curved Plastic Diffuser - Dimmablee1-BSB2x37D1x18W Surface Mounted Batten with Curved Plastic Diffuser - Emergency1x37W Surface Mounted Batten with Curved Plastic Diffuser - Emergency

e1-BSB1x18EMe1-BSB1x37EM

2x18W Surface Mounted Batten with Curved Plastic Diffuser - Emergency2x37W Surface Mounted Batten with Curved Plastic Diffuser - Emergency1x18W Suspended Batten with Curved Plastic Diffuser1x37W Suspended Batten with Curved Plastic Diffuser

e1-BSB2x18EMe1-BSB2x37EMe1-BSB1x18-SUSe1-BSB1x37-SUS

2x18W Suspended Batten with Curved Plastic Diffuser2x37W Suspended Batten with Curved Plastic Diffuser

e1-BSB2x18-SUSe1-BSB2x37-SUS

1x18W Suspended Batten with Curved Plastic Diffuser - Dimmablee1-BSB1x18D-SUS1x37W Suspended Batten with Curved Plastic Diffuser - Dimmablee1-BSB1x37D-SUS2x18W Suspended Batten with Curved Plastic Diffuser - Dimmable2x37W Suspended Batten with Curved Plastic Diffuser - Dimmable

e1-BSB2x18D-SUSe1-BSB2x37D-SUS

1x18W Suspended Batten with Curved Plastic Diffuser - Emergency1x37W Suspended Batten with Curved Plastic Diffuser - Emergency2x18W Suspended Batten with Curved Plastic Diffuser - Emergency2x37W Suspended Batten with Curved Plastic Diffuser - Emergency

e1-BSB1x18EM-SUSe1-BSB1x37EM-SUSe1-BSB2x18EM-SUSe1-BSB2x37EM-SUS

Cat. No. Wattage

1x37W2x18W2x37W

1x18We1-BSB1x18e1-BSB1x37e1-BSB2x18e1-BSB2x37

L

12256151225

615W

118118118

118H

949494

94

L W

H

ROOM REFLECTANCE

TECH

NICA

L IN

FORM

ATIO

N


ROOM INDEX

e1-LB4x37


C W F 1.00 2.00 3.00 4.00 5.00

0.57 0.71 0.77 0.80 0.82

0.51 0.67 0.73 0.77 0.80

0.47 0.63 0.70 0.75 0.77

0.55 0.69 0.74 0.77 0.79

0.50 0.65 0.71 0.75 0.77

0.47 0.62 0.69 0.72 0.75

0.54 0.67 0.72 0.74 0.76

0.50 0.63 0.69 0.72 0.74

0.46 0.61 0.67 0.70 0.73

0.44 0.58 0.64 0.67 0.69

0.70 0.50 0.20

0.50 0.20

0.30 0.20

0.30

0.10

0.50

0.30

0.10

0.50

0.30

0.10

0.00 0.00 0.00

LIGHT OUTPUT RATIO: 78.5% / SHR NOM: 1.50 / SHR MAX: 1.58


100

200

30030

60

90

The e1 Optimum range of luminaires lead the world in energy effi ciency.

Reduce energy consumption by 60%Reduce maintenance costs by up to 75%

• Suitable for warehousing, distribution and logistics centres, manufacturing and maintenance facilities, food and beverage industry, indoor sports centres and much, much more.

• Improved safety

• Dimming and Emergency versions available

• Impact Resistant versions available

e1 optimum High Bay / Low Bay Lightingopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

Cat. No. Description3x37W Low Bay Replacement 4x37W Low Bay Replacement 5x37W Low Bay Replacement 3x37W Low Bay Replacement - Dimmable

e1-LB3x37e1-LB4x37e1-LB5x37e1-LB3x37D

4x37W Low Bay Replacement - Dimmablee1-LB4x37D5x37W Low Bay Replacement - Dimmable3x37W Low Bay Replacement - Emergency4x37W Low Bay Replacement - Emergency5x37W Low Bay Replacement - Emergency

e1-LB5x37De1-LB3x37EMe1-LB4x37EMe1-LB5x37EM

3x37W Low Bay Replacement - Impact Resistante1-LBI3x374x37W Low Bay Replacement - Impact Resistant5x37W Low Bay Replacement - Impact Resistant3x37W High Bay Replacement4x37W High Bay Replacement

e1-LBI4x37e1-LBI5x37e1-HB3x37e1-HB4x37

5x37W High Bay Replacemente1-HB5x373x37W High Bay Replacement - Dimmable4x37W High Bay Replacement - Dimmable5x37W High Bay Replacement - Dimmable3x37W High Bay Replacement - Emergency

e1-HB3x37De1-HB4x37De1-HB5x37De1-HB3x37EM

4x37W High Bay Replacement - Emergencye1-HB4x37EM5x37W High Bay Replacement - Emergency3x37W High Bay Replacement - Impact Resistant4x37W High Bay Replacement - Impact Resistant5x37W High Bay Replacement - Impact Resistant

e1-HB5x37EMe1-HBI3x37e1-HBI4x37

MOUNTING:Add "-SM" to fitting code (E.g. e1-LB3x37-SM)Surface MountedAdd "-SUS" to fitting code (E.g. e1-LB3x37-SUS)Suspended

e1-HBI5x37


mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

1225 485

115

Cat. No. Description3x58W Low Bay Replacement 4x58W Low Bay Replacement 5x58W Low Bay Replacement 3x58W Low Bay Replacement - Dimmable

e1-LB3x58e1-LB4x58e1-LB5x58e1-LB3x58D

4x58W Low Bay Replacement - Dimmablee1-LB4x58D5x58W Low Bay Replacement - Dimmable3x58W Low Bay Replacement - Emergency4x58W Low Bay Replacement - Emergency5x58W Low Bay Replacement - Emergency

e1-LB5x58De1-LB3x58EMe1-LB4x58EMe1-LB5x58EM

3x58W Low Bay Replacement - Impact Resistante1-LBI3x584x58W Low Bay Replacement - Impact Resistant5x58W Low Bay Replacement - Impact Resistant3x58W High Bay Replacement4x58W High Bay Replacement

e1-LBI4x58e1-LBI5x58e1-HB3x58e1-HB4x58

5x58W High Bay Replacemente1-HB5x583x58W High Bay Replacement - Dimmable4x58W High Bay Replacement - Dimmable5x58W High Bay Replacement - Dimmable3x58W High Bay Replacement - Emergency

e1-HB3x58De1-HB4x58De1-HB5x58De1-HB3x58EM

4x58W High Bay Replacement - Emergencye1-HB4x58EM5x58W High Bay Replacement - Emergency3x58W High Bay Replacement - Impact Resistant4x58W High Bay Replacement - Impact Resistant5x58W High Bay Replacement - Impact Resistant

e1-HB5x58EMe1-HBI3x58e1-HBI4x58

MOUNTING:Add "-SM" to fitting code (E.g. e1-LB3x58-SM)Surface MountedAdd "-SUS" to fitting code (E.g. e1-LB3x58-SUS)Suspended

e1-HBI5x58


mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

1525 485

115

ROOM REFLECTANCE

TECH

NICA

L IN

FORM

ATIO

N


ROOM INDEX

e1-TR1x37-300


C W F 1.00 2.00 3.00 4.00 5.00

0.53 0.69 0.76 0.79 0.82

0.47 0.64 0.72 0.76 0.79

0.43 0.60 0.69 0.73 0.76

0.52 0.67 0.73 0.76 0.78

0.46 0.63 0.70 0.74 0.76

0.42 0.59 0.67 0.71 0.74

0.50 0.64 0.70 0.73 0.75

0.45 0.61 0.68 0.71 0.73

0.42 0.58 0.65 0.69 0.72

0.40 0.55 0.62 0.66 0.68

0.70 0.50 0.20

0.50 0.20

0.30 0.20

0.30

0.10

0.50

0.30

0.10

0.50

0.30

0.10

0.00 0.00 0.00



100

200

300

90

60

30


Superior light spread coupled with reduced glare signifi cantly improves the built environment.

• Complies fully with AS/NZS 1680

• Suitable for T-Bar and Plaster Ceilings


• Customised sizing available upon request

• Reduce ongoing maintenance costs

e1 optimum Direct/Indirect Recessed Luminaireopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

Cat. No. Description1x18W Recessed Troffer (Nom.300x600)1x37W Recessed Troffer (Nom.300x1200)2x18W Recessed Troffer (Nom.300x600)2x37W Recessed Troffer (Nom.300x1200)

e1-TR1x18-300e1-TR1x37-300e1-TR2x18-300e1-TR2x37-300

1x18W Dimmable Recessed Troffer (Nom.300x600)1x37W Dimmable Recessed Troffer (Nom.300x1200)

e1-TR1x18D-300e1-TR1x37D-300

2x18W Dimmable Recessed Troffer (Nom.300x600)e1-TR2x18D-3002x37W Dimmable Recessed Troffer (Nom.300x1200)e1-TR2x37D-3001x18W Emergency Recessed Troffer (Nom.300x600)1x37W Emergency Recessed Troffer (Nom.300x1200)2x18W Emergency Recessed Troffer (Nom.300x600)2x37W Emergency Recessed Troffer (Nom.300x1200)

e1-TR1x18EM-300e1-TR1x37EM-300e1-TR2x18EM-300e1-TR2x37EM-300

Cat. No. Wattage

1x37W2x18W2x37W

1x18We1-TR1x18-300e1-TR1x37-300e1-TR2x18-300e1-TR2x37-300

L1

1190.5590.51190.5

590.5L2

12426421242

642W

293293293

293H

110110110

110

e1 optimum Direct/Indirect Recessed Luminaireopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

L2

WL1

H

ROOM REFLECTANCE

TECH

NICA

L IN

FORM

ATIO

N


ROOM INDEXe1-TRS1x37-300

LEGEND: C0 BLUE, C45 DASHED, C90 RED (cd/klm)

C W F 1.00 2.00 3.00 4.00 5.000.70 0.50 0.20

0.50 0.20

0.30 0.20

0.300.100.500.300.100.500.300.10

0.00 0.00 0.00LIGHT OUTPUT RATIO: 93.0% / SHR NOM: 1.75 / SHR MAX: 1.79


The e1 Optimum range of luminaires lead the world in energy efficiency.

Superior light spread coupled with reduced glare significantly improvesthe built environment.

• Complies fully with AS/NZS 1680

• Suitable for T-Bar and Plaster Ceilings

• Suspended or Surface Mounted


• Customised sizing available upon request

• Reduce ongoing maintenance costs

e1 optimum Semi Recessed Luminaireopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

0.56 0.74 0.82 0.86 0.890.49 0.67 0.76 0.82 0.850.43 0.62 0.71 0.77 0.810.54 0.70 0.77 0.81 0.840.47 0.64 0.72 0.77 0.810.42 0.60 0.68 0.74 0.770.51 0.66 0.72 0.76 0.790.45 0.61 0.69 0.73 0.760.41 0.57 0.65 0.70 0.740.38 0.53 0.60 0.64 0.67

Unit 4A2 Resolution DriveCaringbah NSW 2229Australia

PO Box 220Miranda NSW 2228

Ph: +61 2 9540 3302Fax: +61 2 9540 3306

80

160

24030

60

90

e1 optimum Semi Recessed Luminaireopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

noitpircseD.oN .taC1x36W Suspended Semi RecessedTroffer1x36W Surface Mounted Semi RecessedTroffer

e1-TRS1x36-SUSe1-TRS1x36-SM

egattaW.oN .taC

1x36W1x36We1-TRS1x36-SUS

e1-TRS1x36-SM

L

13601360

W

356356

H

160160

Unit 4A2 Resolution DriveCaringbah NSW 2229Australia

PO Box 220Miranda NSW 2228

Ph: +61 2 9540 3302Fax: +61 2 9540 3306


Superior light spread coupled with reduced energy consumption.

• Suitable for use in high humidity, damp, dusty and corrosive environments

• G.R.P. body, clear polycarbonate lens, stainless steel lockable toggle clips

• IP65 rating

• Reduces ongoing maintenance costs

ROOM REFLECTANCE

TECH

NICA

L IN

FORM

ATIO

N


ROOM INDEX

e1-BWP1x37

LEGEND: C9 BLUE, C90 RED, C45 DASHED (cd/klm)

C W F 1.00 2.00 3.00 4.00 5.00

0.55 0.72 0.79 0.83 0.86

0.48 0.66 0.74 0.79 0.82

0.43 0.61 0.69 0.75 0.79

0.53 0.68 0.75 0.79 0.81

0.47 0.63 0.70 0.75 0.78

0.42 0.58 0.67 0.72 0.75

0.50 0.64 0.71 0.74 0.77

0.45 0.60 0.67 0.71 0.74

0.41 0.57 0.64 0.69 0.72

0.38 0.52 0.59 0.63 0.66

0.70 0.50 0.20

0.50 0.20

0.30 0.20

0.30

0.10

0.50

0.30

0.10

0.50

0.30

0.10

0.00 0.00 0.00



80

160

24030

90

60

e1 optimum Weatherproof Battenopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

Cat. No. Description1x18W Weatherproof Batten1x37W Weatherproof Batten2x18W Weatherproof Batten2x37W Weatherproof Batten

e1-BWP1x18e1-BWP1x37e1-BWP2x18e1-BWP2x37

1x18W Emergency Weatherproof Batten1x37W Emergency Weatherproof Batten

e1-BWP1x18EMe1-BWP1x37EM

2x18W Emergency Weatherproof Battene1-BWP2x18EM2x37W Emergency Weatherproof Battene1-BWP2x37EM

Cat. No. Wattage

1x37W2x18W2x37W

1x18We1-BWP1x18e1-BWP2x18e1-BWP1x37e1-BWP2x37

L1

12756661275

666L2

12456361245

636W1

170170170

170W2

140140140

140H

108108108

108

e1 optimum Weatherproof Battenopti

mum

- lig

hti

ng e

nerg

y sa

ving s

yste

m

L1

L2

H

W1

W2

The Problem: PCBs StillPrevalent inU.S. Schools

Health Effects of PCBs

The Solution: LightingRetrofits Remove Hazardand ImproveEnergy Efficiency

Should Light BallastsIn Your SchoolBe Removed?

What Postponing aLighting RetrofitCould Mean

Funding is AvailableTo Help FinanceLighting Retrofits

Lighting RetrofitsGet Results

Responding to thePublic’s Questions

For More Information

2

he U.S. Environmental Protection Agency (EPA)recommends removal of all pre-1979 fluorescent lightballasts in schools to prevent accidental exposure of

students, teachers, and other school personnel to highly toxicpolychlorinated biphenyls (PCBs) through fires or leaks.Removal of PCB-containing light fixtures, when done inconjunction with lighting upgrades, is an investment thatpays off with long-term benefits to students, school staff, thecommunity, and the environment.

3

5

6

A Guide for School Administrators

United StatesEnvironmental ProtectionAgency

Region 9Pollution Prevention ProgramSan Francisco, CA 94105

EPA 909B-00-003May 2001www.epa.gov/region09

7

8

Removing PCBs fromLight Fixtures:Protecting Students from Hidden Dangers

T

2

any schools in the U.S. have lightballasts containing PCBs. The PCBsare contained within the light ballasts’

capacitors and in the ballasts’ potting material,which is used for insulation. Until the late 1970s,PCBs were commonly used as insulators inelectrical equipment because they have hightolerance to heat, do not burn easily, and are non-explosive.

PCBs are very stablechemical compounds thatdo not readily breakdown. Because of this,they may remain in thebody, causing long-lastingtoxic effects over manyyears (see Health Effects ofPCBs). For this reason, itis critical to minimize anypotential exposure tothem.

The EPA banned themanufacture and import

The Problem: PCBs Still Prevalent in U.S. Schoolsof PCBs to the U.S. in 1979 because of their toxiceffects. They also banned the processing or use ofPCBs, except in totally enclosed equipment.However, no state or federal regulationsprecluded the continued use of the older PCBballasts. Therefore, a large number of PCBballasts are still in use in U.S. schools.

As long as the PCBs remain in the ballasts andpotting material, they do not pose a health risk orenvironmental hazard. However, as they age, theballasts degrade, increasing the risk of leaks oreven fires, which would pose a health andenvironmental hazard. The hazard can beworsened by mishandling the incident. Impropercleanup of a ballast leak at a school in Oregon in1999 potentially exposed school staff andmaintenance workers to PCBs (see WhatPostponing a Lighting Retrofit Could Mean, page 5).The EPA developed this booklet and itscompanion piece, for school maintenancepersonnel, to ensure that school personnel areaware of the risks posed by PCBs in light ballastsand informed of the proper and safe way tohandle fires, leaks, and retrofits.

he EPA has classified all PCBs as probable human carcinogens (cancer-causing substances).Evidence suggests a possible association between PCB exposure and liver cancer. PCBs

also have significant ecological and human health effects other than cancer.

The most likely way that staff may become exposed to PCBs from light ballasts is through breathingcontaminated air or touching PCB oil or PCB-contaminated materials after a ballast leak or fire. Noinformation is available on the short-term effects of PCBs in humans. However, long-term effectscan occur at any time after exposure and may last for months or years. They include:

l Affects to the nervous and reproductive system, immune system suppression;l Hormone disruption;l Respiratory tract symptoms;l Gastrointestinal effects;l Mild liver effects; andl Effects on the skin and eyes such as chloracne, skin rashes, and eye irritation.

Infants of mothers exposed to PCBs can experience developmental effects impairing movement,visual recognition memory, and short term memory. PCBs may also be passed onto infants throughtheir pregnant or nursing mothers.

Health Effects of PCBs

T

M

3

f these statements apply to your school, then the answer is most likely yes, your lightballasts probably contain PCBs and should be removed. PCB-free light ballasts manufacturedafter 1979 are required to have the statement “No PCBs.” Any building built before that time is

likely to have PCB-containing ballasts if it has not recently undergone a complete lighting retrofit(all light fixtures in the school were upgraded). Also, PCB-containing light ballasts were allowed tobe used in fluorescent lights after 1979 if the ballasts had been manufactured before the 1979 ban.Thus, schools built after 1979 that have not undergone a complete lighting retrofit could have PCB-containing light ballasts in their fluorescent light fixtures as well. To determine whether yourschool has PCB-containing ballasts, conduct a visual inspection of a representative number of lightfixtures (not just the tubes). See the companion booklet, A Guide for School Maintenance Personnel,for full instructions on identifying PCB ballasts.

he EPA recommends removing PCB- containing ballasts as part of a complete lighting retrofit (see Should Light Ballasts inYour School be Removed?, below). A completelighting retrofit includes removing old fluorescenttubes as well as ballasts, and replacing the entirelighting fixture with newer, more energy-efficientfixtures. Replacing the older ballasts with newerlighting technology improves lighting quality,distributing the light more uniformly and thusproviding a more comfortable and productivelearning environment. The newer lightingtechnology also increases energy efficiency whichmeans cost savings for the school in the long term(see Lighting Retrofits Get Results – Lower EnergyCosts and Improved Learning Environments, page 6,detailing how a California school benefitted froma lighting upgrade).

Lighting retrofits to eliminate PCB-containinglight ballasts should be a component of anyremodeling efforts. It is critical that the lightingupgrade be planned in sequence with otherremodeling projects such as roofing, seismicbracing, and indoor air quality improvements. Toensure that all building code requirements aremet and work is performed cost-effectively, theEPA recommends having an architect review therelationship of the lighting retrofit to otherplanned building improvements. Due to thehazardous nature of PCBs, only a qualifiedcontractor should perform the lighting retrofit.

The Solution: Lighting Retrofits Remove Hazardand Improve Energy Efficiency

For information about proper use, storage, anddisposal of PCBs, please contact your state solidand hazardous waste agency or call USEPA’sinformation hotline at(202) 554-1404.

How Should the Old Ballasts and FluorescentTubes beSafelyDisposed?

Safedisposal ofthe oldballastsandfluorescent tubes is critical. Because the ballastscontain PCBs and the fluorescent tubes containmercury, the waste ballasts and tubes from alighting retrofit should be handled as hazardouswaste.

The Toxic Substances Control Act (TSCA)regulates how PCBs, including ballasts thatcontain PCBs, should be disposed. All ballastscontaining PCBs must be packaged in a PCB-approved container, marked properly, andshipped by an authorized PCB transporter. Allleaking PCB-containing ballasts must be destroyedthrough high temperature incineration. TSCAallows several disposal options for non-leakingballasts, including disposal in a hazardous wastelandfill or recycling. However, many states have

Should Light Ballasts in Your School Be Removed?Your school was built before 1979.Your school has not had a complete lighting retrofit since 1979.

An intact ballast.

T

I

4

developed special regulations for disposing ofnon-leaking PCB ballasts that are more stringentthan TSCA. It is critical to contact the appropriatestate solid and hazardous waste agency and followtheir regulations and requirements when disposing ofnon-leaking PCB-containing ballasts.

When considering disposal options, factors thatshould be considered in determining the bestoption include cost, long-term environmentalimpacts, and long-term liability. Table 1 outlinesthree of the disposal options for non-leakingPCB-containing ballasts, the approximate costs,

and the advantages and disadvantages.The costs of incinerating the ballasts arehighest, while disposing of ballasts in ahazardous waste landfill is the lowest costoption. Recycling costs approximately$3.50 per ballast, and benefits theenvironment by recovering metals andreducing the volume of waste requiringburial or incineration.

Disposal of mercury-containing fluorescentlamps is regulated under the federalResource Conservation and Recovery Act(RCRA). Because of the high cost of testinga fluorescent lamp for mercury(approximately $140 per lamp) and thelikelihood that the lamp will fail the test,the EPA recommends assuming that allfluorescent lamps contain mercury andhandling them as hazardous waste. Aswith PCB-containing ballasts, it is critical tocheck with state solid and hazardous wasteagencies to ensure the lamps are handledappropriately. As with PCBs, states haveadopted stricter disposal requirementsthan Federal regulations. Also, some stateshave added mercury-containingfluorescent lamps to their universal wasterule, which allows streamlined storage,handling, and transportation requirementsfor specific types of waste. Contact yourstate or local hazardous waste program forinformation on proper disposal offluorescent tubes.

Table 2 shows the two most common methods ofdisposing of mercury-containing fluorescentlamps, recycling or burying in a hazardous wastelandfill. Although more costly, recycling recoversthe mercury and removes it from the wastestream, and allows the glass and metal to berecycled. In contrast, disposal in a hazardouswaste landfill results in the possibility thatmercury may leak from the landfill and the lostopportunity to recover the mercury, glass, andmetal.

Mercury-containing fluorescent lamps are neverincinerated due to the potential for mercuryrelease into the environment.

2Disposal of mercury-containing fluorescent lamps is regulatedfederally under the Resource Conservation and Recovery Act.

Table 2: Possible Methods for Disposal of Fluorescent Tubes2

Method Hazardous WasteLandfill

Recycling

$0.50 per 4-foot tube $0.60 per 4-foot tube

Minimal costMinimal cost; mercury isrecovered, metals and

glass are recycled

Mercury may leak from thelandfill; metals and glass are

wasted; long-term liability

Must ensure recyclingfacility is permitted;long-term liability

ApproximateCost

Advantages

Disadvantages

1Disposal of PCB-containing ballasts is regulated federally under theToxic Substances Control Act.

MethodHigh-Temperature

Incineration

Municipal,Hazardous or

Chemical WasteLandfill

Recycling ofMetals, High-Temperature

Incineration ofPCBs

Table 1: Possible Methods for Disposal of Intact PCB-Containing Light Ballasts1

High costPCBs may seep

from landfill;long-term liability

Must ensurerecycling facility is

permitted; long-termliability

Disadvantages

ApproximateCost

$8.00 per ballast(four pounds)



PCBs completelydestroyed, removing

future liabilityLow cost

PCBs completelydestroyed; metals

recycledAdvantages

5

As PCB-containing light ballasts age, thechance that they will leak or catch fireincreases. This risk is compounded by

the fact that there is virtually no way to detectwhether ballasts are leaking or about to catch fireby simply looking at a light fixture. One schoolin Oregon found this out the hard way when alight ballast leaked PCB-containing oil overbooks, desks, and other school equipment. Afterthe EPA become aware of this incident, theyexamined other light ballasts in the school andfound more leaking ballasts potentially exposingstudents and staff to PCBs.

During the inspection, the EPA also learned thatthe school district was in the process ofremodeling and upgrading light fixtures district-wide. Unaware that the old fixtures containedPCBs, the district had been taking them toanother local school to be dismantled. The EPAdiscovered that the old fixtures were not beinghandled properly and that the leaking PCBballasts were actually being stored on the school’splayground. In addition, the workers handlingthe leaking ballasts were not trained in the properhandling of hazardous materials. Lack ofawareness of the problem and mishandling ofthe response needlessly exposed students, staff,and maintenance workers to PCBs. The schooldistrict has spent more than $250,000 to clean upspilled PCBs, and is facing possible monetarypenalties for improper storage and handling ofPCB wastes.

Although a lighting retrofit might seem like alow educational priority in some schools whencompared with new computers and classrooms,school administrators should take into accountthe Oregon example and what they mightunexpectedly have to deal with if a ballast leaksor catches fire:

Effects on Student and Staff HealthA ballast leak or fire could happen at any time,without warning. If it happens in a busyclassroom in the middle of the day, a school couldbe looking at long-term health impacts on manystudents and staff. Even a small, isolated leakmay pose health issues for the staff or studentswho discover it. And once the leak or fire hasbeen cleaned up and decontaminated, the school

What Postponing a Lighting Retrofit Could Meanhas to convince students, parents, staff, and localmedia that it is safe to return. Students and staffwho have experienced a ballast leak or firefirsthand may be very reluctant to return toclassrooms where such an incident may happenagain.

Effects on Quality of EducationThe affected area, classroom, hallway, cafeteria,or auditorium will be off-limits during cleanupand decontamination. It may take several weeksbefore the area can be declared “clean” for useagain. The school will need to find appropriatetemporary quarters for students and staff; manyschool programs and functions may bedisrupted.

Response and Replacement CostsSignificant costs will be incurred to cover,at a minimum:

l Hiringproperlytrained andqualifiedcleanuppersonnel;

l Cleanup anddecontamina-tion ofcontaminated equipment and surfaces;

l Analytical testing of contaminated equipmentand surfaces for PCBs as well as the more toxicfurans, produced when PCBs burn;

l Compliance with environmental regulationsfor disposal of contaminated equipment andcleanup materials;

l Retesting of equipment and surfaces to ensurethat they are free of PCBs and furans; and

l Replacement of leaking or burned fixtures andany contaminated materials, such as desks.

Postponing a lighting retrofit and betting on thestructural integrity of old ballasts is a dangerousgamble with serious health and educationalimpacts for your students and staff and seriouscost impacts for your budget.

This ballast sparked a fire at a SouthernCalifornia school in 1999.

6

I n most states, there are several agencieswith funding available to support energyefficiency projects such as lighting retrofits.

Both public utilities and private energycompanies may offer such programs. Programsmay include technical assistance, rebates, orother funding assistance to support lightingupgrade projects. Contact your local energyprovider or state energy commission for moreinformation.

The EPA’s Energy Star program supportsschools, businesses and organizations planningto install energy-efficient lighting technologies.

Funding to Help FinanceLighting Retrofits is Available

The program offers assistance throughworkshops and information resources thatcan be accessed from the Internet. Theseinclude:

l Lighting Upgrade Technologies

l Financing Your Upgrades

l New Building Design Guidance

l Service and Product Providers

These manuals are available on the Internetat www.energystar.gov.

I n 1997, the Bass Lake School District in Oakhurst, California, performed a lighting retrofitwith the help of a loan program from the California Energy Commission. As a result, theschools reported a 9.25 percent decrease in energy costs in 1997, despite adding two new

permanent buildings, and a further 2 percent decrease in 1998. But most importantly, the schoolsnoted the “vastly improved learning environment provided by the new lighting system.”Lighting upgrades not only increase energy efficiency and save money, they also provide abetter, safer learning environment.

Although a lighting retrofit may seem to be an expensive undertaking, most retrofits pay forthemselves within a surprisingly short timeframe. For example, one Southern California schoolwith 29 classrooms and 703 students will recoup the costs of their upgrade in under sevenyears. The chart below outlines the upgrade and disposal costs as well as the actual funds savedthrough energy efficiency.

Disposal and Installation CostsDisposal of T12 lamps (580 fixtures x 2 lamps/fixture x $0.50/lamp): $580.00Disposal of ballasts (580 fixtures x 1 ballast/fixture x $3.00/ballast): $1,740.00Installation of 580 fixtures (580 fixtures x $54.00/fixture): $31,320.00

Total: $33,640.00

Energy Savings (one year)Electricity Demand Savings: $4,304.00

Lighting Retrofits Get Results—Lower Energy Costs andImproved Learning Environments

7

T his section is intended to help yourespond to concerns expressed bystudents, teachers and other school staff,

and parents. It provides some sample questionsthat may be posed and suggested answers.

Is my child in danger from PCBs in lightballasts?As long as the PCBs in the ballasts remain in theballasts or in the fixture, they do not pose anydanger to students. The use of PCBs inmagnetic light ballasts is considered an“enclosed” system. This use was not prohibitedby the EPA’s 1979 ban because, at the time,there was very little likelihood that the PCBswould escape their ballast containers. They area potential danger now because the increasingage of the magnetic ballasts has greatlyincreased the likelihood that they may leak.This is why we are currently fitting a lightingretrofit into our overall modernization plan - toremove this potential danger as soon aspossible.

Currently, students are not endangered byintact, non-leaking ballasts. Only leaking orburning ballasts are a hazard. The only way toprevent this hazard is through a completelighting retrofit which we are planning rightnow.

How will you deal with a leak or fire if ithappens?The EPA has written instructions to help makeschool maintenance personnel become aware ofthese potential problems and how to handlethem. This information will either beincorporated into the school’s EmergencyResponse Plan (if the school has one) or will beused as a supplement to the plan.

Only trained professionals, such as firefighters,can respond to leaks and fires because of thehazardous substance involved. The school’srole will be to evacuate the immediate area ofthe leak and make sure that all students andschool staff maintain a safe distance to preventany possible exposure. If there is a fire, theentire school will be evacuated until the fire hasbeen put out. Whatever area has been affectedwill be off-limits to all but trained professionals

Responding to the Public’s Questionsuntil it has been cleaned up, tested, and certifiedto be “clean” of PCBs or other substances.

What are the health effects of PCBs?The most likely way that students and staff maybe exposed to PCBs from light ballasts isthrough breathing contaminated air or touchingPCB oil or PCB-contaminated materials after aballast leak or fire. As soon as we know of a leakor fire, we will immediately evacuate the area toprevent students and staff from inhaling PCB-laden air or touching the oil.

Short-term effects, which may be noticedimmediately or shortly after exposure to PCBsinclude irritation of the eyes, nose, and throat.Short-termexposure to highlevels of PCBs candamage the liver.

Long-term effectscan occur at anytime afterexposure and maylast for months oryears. Theyinclude a severe,acne-like rash, called chloracne, that may persistfor years; nervous system damage, causingnumbness, weakness, and tingling (“pins andneedles”) in the arms and legs; muscle and jointpain; headaches; loss of appetite; nausea,vomiting, and abdominal pain; liver damage;reproductive effects, including still births andunderweight births; and thyroid glanddisorders.

The EPA has classified PCBs as probable humancarcinogens (cancer-causing substances). PCBexposure may cause liver, skin, and reproduc-tive cancers. PCBs may be passed onto infantsthrough their pregnant or nursing mothers.

What are some of the warning signs ofexposure to PCBs?Warning signs of PCB exposure include irritationof the eyes, nose, and throat. PCB-containing oilshould never be touched — any kind of skincontact constitutes overexposure.

8

Notes:For additional information about the use,storage, transportation, and disposal of PCBs,including ballasts containing PCBs, pleasecontact the TSCA information hotline at 202-554-1404, or refer to the EPA’s PCB website atwww.epa.gov/pcb.

For More Information

U.S. Environmental Protection AgencyRegion IX75 Hawthorne StreetSan Francisco, CA 94105

Page 23 of 24

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Police Citizens Youth Clubs NSW Ltd.

Christopher Diener

Properties & Project Manager

Ph. (02) 9625 9111

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Fiona O’Grady

Project Manager

Ph. (03) 9005 4700

Documents

Lighting Retrofit PCYC NSW · Community is the upgrade of lighting to enhance PCYC’s ability to conduct activities and programs. We hoped this lighting upgrade would improve the