Day 1 afternoon presentations

Hanoi, Vietnam

28-29 June 2012

Fifth lites.asia workshop

Key issues for helping the consumer make

the right choice

Stuart Jeffcott

lites.asia Operations Manager

Informing the consumer

Recap on major issues discussed previously

What are the issues?

How is it currently being tackled?

What information is freely available?

From partners and beyond

Consider

What support lites.asia members feel they need to

support their consumer communications?

Whether there is anything that can be done

cooperatively?

Content

The Issues… equivalence

20w = 100w = 24w? 11w= 60w = 12w?

Lifetime/cost savings

Issues…applications

Mandatory Declarations/Labels

Branding

The issues…informing or conforming?

“Professionals” also have issues in receiving/understanding information

Architects

Designers

Builders/Installers

Retailers

….

The problems are potentially getting worse LEDs bring suppliers new to the market

Issues…not just a domestic problem

What information needs to be given to whom, and at

what point?

Does mandatory compliance information (CE mark, Hg content,

minimum lifetime/performance…) have to be on the packaging –

declare to the regulator?

Does information need to be standardised and who

should drive this?

Fixed equivalences, maybe based on lm not W

Maybe requiring standards? regulation? better enforcement?

What “educational material” is required and for whom?

Basic training on lighting products

….. Etc

Culture/legally nationally specific requirements?

To consider…

The communications network

The consumer and the

lamp purchase

Test labs

Industry

Governments

Retailers

Importers Standardisation bodies

International cooperation

bodies

Research

Consumer groups

Consumer purchasing information

LED consumer guidelines (comments closing)

Japanese LED consumer guidance

But also many other sources

Lites.asia national participants produce

documents/guidelines

Others…eg en.lighten plus national actions (energy

star…)

Professional information

Basic training information

Advance lighting and design material

Support information is available…

Outcomes previous lites.asia events

From Australia…

Light output - measured in Lumens

(lm)Incandescent

Mains Voltage

Halogen (MVH)

Compact Fluoresent

Lamp (CFL)

Light Emitting Diode

(LED)

Cold Cathode Fluorescent

Lamp (CCFL)Induction

220 lm 25 W 18 W 5-7 W 4-7 W 5 W 5 W

420 lm 40 W 28 W 7-8 W 7-10 W 11 W 11 W

720 lm 60 W 42 W 11-12 W 10-13 W 15 W 15 W

930 lm 75 W 52 W 13-18 W 15-19 W 18 W 18 W

1300 lm 100 W 70 W 18-23 W 16-24 W 23 W 23 W

Indicative image

And for the “professional”

Material available, but not necessarily easy to

find

National issues at play:

Programme requirements, legislation, etc

Cultural acceptance

Format of information

Content

So what next?

Develop some material together (“harmonisation”)?

Consumer guidelines

Equivalencies

Retailer information

…other/what?

Develop a repository/library for existing material to be drawn upon to inform national development?

Probably web-based

What should be covered? Any overall analysis required?

Other?

Nothing?

So what next

Facilitated discussion

Potential collaborative communication

projects

Rachman Mustar

National Standardization Body of Indonesia

Luong Hoang Anh

Vietnam Standards and Quality Institute

Roberto Cristobal

Philippine National Committee of the IEC

IEC – Current status

IEC TC 34 PROJECT TEAM and LED

WORKSHOP MEETINGS Dornbirn, 12-16 June 2012

IEC TC 34

TC 34 Project Team and LED Workshop

Meeting 12 – 16 June 2012, Dornbirn,

Austria

LED Luminaire Performance

LED Workshop

LED Terms and Definitions

lites.asia Attendees at Dornbirn Meeting

Mr. Roberto Cristobal – Philippine IEC National

Committee

Mr. Abdul Rachman Mustar – Badan Standardisasi

Nasional (BSN), Indonesia

Ms. Luong Hoang Anh – Vietnam Standards and

Quality Institute

Mr. Debdas Goswami – Bureau of Indian Standards

IEC STANDARDS DEVELOPMENT

PROCESS

STAGE DOCUMENT TIMING CODE

Preliminary Preliminary Work

Item

- PW1

Proposal New Work Item

Proposal

- NP

Preparatory Working Draft(s) 6 months WD

Committee Committee

Draft(s)

12 months CD

Enquiry Enquiry Draft 24 months CDV

Approval Final Draft

International Std.

33 months FDIS

Publication International

Standard

36 months -

LUMEX LED LUMINAIRE PERFORMANCE

PROJECT TEAM MEETING

IEC 62722-2-1 LED Luminaire Performance Standard

The draft CD was approved to progress to CD with 2 months

commenting period.

Principal Component Reliability Testing

Professor of Delf University gave a lecture on reliability in LED

Products. He introduced and explain the usefulness of

accelerated testing for replacing the 6000 hr measurement of

the assembled final product.

An NP for a TS on Principal Component Reliability Testing for

LED Products was proposed. A Project Team is to be

organized.


Continued…

IEC 62722-1 Luminaire Performance – Part 1 General

Requirement

This standard is applicable to all Luminaires. Commenting

period is still going on.

IEC 62717 LED Module for General Lighting –

Performance Standard

There was no detail reports made since the commenting

period is still on going. The next discussion will also include

reliability, power factor dimming, and colour formality.


Continued…

Project Planning

A document was introduced to present a global timeline for

better coordination.

For LED Luminaire, initial observation will be prepared by the

chairman and secretary. A designated person for each NC to

check, validate, and comment.

Next meeting will be in Milan/Italy in January 2013

PRESCO LED LIGHT SOURCES PANEL

MEETING

IEC 62717 – Performance Standard for LED Modules

Discussion were made on proposals relating to test

temperature differences, the steepness of the temperature

gradient in relation to the design of the LED Modules.

New test proposed is likely to introduce new failure mode

not covered by original procedure.

Way forward: Await all comments to the CD, draft

observations, seek agreement with PRESCO and issue a

CDV. Also to include reliability provisions if reduction from

6000 hr testing to approximately 1000 hr testing is possible.

PRESCO LED LIGHT SOURCES

Continued…

IEC 62707-1 LED Binning – Part 1 General

Requirements and White Grid

Awaiting the CDV which is still open for voting.

IEC 62612 – Performance Standard for self ballasted

LED Lamps by voltage > 50v

Proposed changes were made on extended temperature

ranges, compliance criteria, terms and definitions, aligning

LED module performance standard IEC 62717 with and

change in IEC 62612.

Panel agreed to accept proposed changes and progress to an

FDIS. A draft RVC and a draft FDIS will be prepared for the

next meeting.


Continued…

IEC 62663-2 – Non-self-ballasted LED Lamps – Part 2

Performance Requirement

Proposal made on the merging of performance standard for

LED light sources (main voltage lamps, ELV lamps and

modules) to reduce maintenance efforts. Merging can also be

made across technologies (CFLi and mains-voltage self-

ballasted).

It was agreed to revise the RVN and the draft CD to reflect the

current considerations made with other performance

standards.


Continued…

IEC 62722-2-1 – LED Luminaire Performance

Requirement

Reliability of components is a major item in this project.

Work is underway with the European Lamp Manufacturers

and an NP is expected to result from these collaboration.

For further discussion in Beijing Meeting in September 2012.

IEC 62560 – Self-ballasted LED lamps for GLS by

voltage > 50v, Safety

Amendment on rim mounting and torque test.

Proposal made on mechanical strength.

It was agreed to include “in case of doubt” and “if lamp

instruction does not allow” in the updated proposal.


Continued…

IEC 62031 – Safety Standards for LED Modules

Amendment 1: FDIS awaited on heat management and

marking simplification.

Amendment 2: Photo biological Safety – to consider

observations on creepage distance and clearance.

Prepare a CDV as requested by PRESCO.

For consumer replaceability of LED Modules from different

manufacturers; current, voltage, geometry and heat

management will need to be the same.

To draft a letter to Zhaga explaining concerns with the

possible undue treatment of the heat conducting foil or paste.


Continued…

IEC/PAS 6XXXX – LED Testing and Prediction of

Lumen Maintenance

The aims and advantage of TM-21 and of the Border Function

Approach was introduced and discussed in length.

A small specialist panel was established to show the way

forward members of this small panel was identified.

Proposed Scope: Draft standard for the testing and prediction

of Lumen Maintenance of LED packages.

IEC 62663-1 – Non-self-ballasted LED Lamps – Part

1: Safety Requirements

A draft CDV is being prepared to be sent to central office.


Continued…

IEC 62776 Double-capped LED Lamps – Safety

Requirements

Discussion and considerations of comments continued for

34A/1534/RVN using document PRESCO (RTK) 178D.

Additional written input concerning the test method to choose

is for consideration during the next PRESCO meeting.

Panel recommends a CDV which will be drafted for PRESCO

consideration.

Next meeting to be held in Milan/Italy in January 2013

The USNC is considering hosting the June 2013

meeting

TC 34 LED TERMS and DEFINITIONS

PROJECT TEAM MEETING

Anode and Cathode term was added as proposed.

Product Tree Structure was considered (see

drawings).

LED Light Engine – there are different definitions from

Zhaga and ANSI and in present draft IEC 62504. It

was agreed to delete the term and definition of LED

light engine from the main body of the standard and

shift the term without definitions, but giving reference

to its source, into a new annex together with a

drawing.

Light Source – electrical device which produces

essentially visible radiation.


Continued…

LED Luminaire Integral – LED Luminaire which cannot be dismantled without being permanently damage.

Tp Temperature – Will coordinate with USA to get information on definitions.

Final IEC TS draft document – IEC Central office gave information that instead of a TS it should be a full standard.

Way forward: NP+CD are expected to be edited as early as possible to allow commenting before PRESCO meeting in September 2012. Action: IEC P member countries to vote on the NP and nominate experts.

Next meeting to be held in Milan/Italy in January 2013.


Continued…

IEC LED LIGHTING STANDARDS

/DOCUMENTS FOR COMMENTS/VOTING

NUMBER TITLE/SUBJECT DEADLINE

IEC 60598-1 Luminaire Provided with LED Delivered

without Ballast

July, 20, 2012

PNW 34A/1582 Self-Ballasted LED Lamps for GLS with

Supply Voltage not exceeding 50v rms

or 120v ripple free dc – Safety

Specification

September 7, 2012

IEC 61347-2-13 Ed 2 Lamp Control Gear Part 2-13: Particular

Requirement for dc or ac supplied

electronic control gear for LED Modules

November 9, 2012

IEC 62442-3 Ed 10 Energy Performance of Lamp Control

gear Part 3: Control gear for Halogen

Lamps and LED Modules: Method of

Measurement to determine the

Efficiency of the Control gear

November 23, 2012

Thank you for your attention…

If you have any questions or feedback on this

presentation pleas email:

[email protected]

or

[email protected]

[email protected]

[email protected]

David Boughey

Australian Department of Climate Change and

Energy Efficiency


40

IEC TC34 Maintenance Team Meetings

Auckland 26 - 30 March 2012

IEC TC34

Technical Committee 34 - Lamps and

Related Equipment

Includes performance and safety standards for

lighting.

Representatives nominated by national

standards organisations (many from industry)

Observers nominated by national standards

organisations may also attend.

Must be registered with meeting organiser.

41

IEC TC34

TC 34 Maintenance Teams Meetings

26-30 March 2012 Auckland New Zealand

PRESCO - lamps

COMEX – lighting controls

LUMEX – luminaires

Lamp Caps and Holders

LED Terms and Definitions Project Team

42

PRESCO - New Standards Published

43

Standard Date of Publication Stability Date IEC 60901 Amd 5

Single-capped Fluorescent Lamps-

Performance

2011-11-23 2012

IEC 60432-1 Amd 2

Tungsten Filament Lamp 2011-12-07 2015

IEC/TR 62732 Ed 1

Three digit code for color 2012-01-10 2015

IEC 62560 Corrigendum 1

Corrigendum 1 Self-ballasted Lamps for

General Lighting Services, >50V, Safety

2012-01-24 2013

IEC 60432-1 Ed 2.2

2012-02.10 2015

IEC 62639 Ed 1

Fluorescent Induction Lamps-

Performance

2012-02-21 2014

IEC/TR 62750 Ed 1 2012-02-21 2014

PRESCO - Compact Fluorescent

Lamps

IEC 60969 – Self-ballasted lamps for general lighting services – performance requirements

DC closed in January 2012. Country comments being considered by panel – Met again in June 2012 to continue considering comments after which revised draft will be circulated.

Note proposal to reduce lifetime requirement from 50% survival at 90% rated life to 50% survival at 70% rated life (DE14).

Proposal to not record humidity during testing of run-up time (DE23)

44


Lamps

Draft IEC 60969 standard does not include minimum performance levels or reference to mercury – this has been firmly rejected by TC34.

DCCEE has drafted a Technical Specification containing minimum performance standards as an alternative – as the Technical Specification is not obligatory this may be more acceptable to TC34 members.

Draft Specification was tabled in TC34 CFL Working Group meeting in June – next step is to submit to PRESCO for consideration (4 weeks in advance of September meeting). Lites.asia members invited to provide comments to us by end July 2012.

45


Lamps

The Technical Specification will require support

from other countries at the September PRESCO

meeting in order to be considered by TC34

Roberto has suggested also raising issue of

performance levels with the IEC Standard

Management Board – Strategy Group 1 that

formulates and makes recommendations

regarding the work of the technical committees

on the subject of Energy Efficiency and

Renewable Resources (see Roberto’s report)

46

Presco – Photobiological Safety

Safety standards for CFLi (IEC 60968 - see

34A/1540/CDV), tungsten halogen (IEC 60432-

3), double and single capped fluorescent (IEC

61195, IEC 61199), high intensity discharge and

LED lamps are being reviewed in terms of

photobiological safety – UV and blue light

considerations.

47

PRESCO – LED Standards

IEC 62612 Self-ballasted LED-lamps for general

lighting services > 50 V - Performance requirements.

CDV closed 30 March 2012.

IEC TS 62504 Definitions for LED and LED modules

– still under detailed discussion in working group.

IEC 62776 Double-capped LED lamps for general

lighting services - Safety specifications – issues with

safety of retrofit LED lamps for linear fluorescent

luminaires. Also issue with safety where changes

have been made to luminaire for LED lamp resulting

in potential safety issues if a linear LED lamp is

inserted in the altered fitting. 48

PRESCO – Presentation on IEA 4E

SSL

TC34 is not planning on developing minimum

performance requirements for LED products

Process of the proposed CFLi technical

specification may inform future action in this

area.

49

LED Terms and Definitions

LED Terms and Definitions Working Group IECTS

62504

Developing definitions for concepts such as

LED die

LED Package

LED control gear and

LED lamp

LED light source

LED module

LED light engine

To be discussed further in June workshops

50

Next Meetings

National Lighting Test Centre (NTLC), China, to hold the IEC TC 34 Working Group meetings in Beijing, China from 24th to 27th September 2012.The meetings programme will be as follows:

24 September IEC SC34A Working Group, PRESCO

25 September IEC SC34C Working Group, COMEX

26 September IEC SC34A Working Group, LUMEX and IEC TC 34 AG 1 (CSM)

27 September IEC SC34A Working Group, EPC

Meeting attendance should be organised by contacting your IEC National Committee.

51

http://www.lites.asia/iec-lighting-standards/participation

THANK YOU

Damien Lee

IEC Asia Pacific Regional Centre


New editions of the ISO/IEC Directives and IEC

Supplement

IEC webpage and IEC Tools

Feedback on participation issues

Part 1: “Procedures for

the technical work”,

ninth edition issued in

2012-05

Members & Experts > Reference material

IEC Supplement:

“Procedures specific to IEC”,

seventh edition issued in

2012-05

Consistently vote on technical documents

Participate in plenary meetings either physically

or by correspondence

Appointing experts to the technical work

Access to Committees, PT/MT/WG

Explanation about process and procedures

Access to Directives, Masterplan

Forms and Templates

Access to IEC Tools and related guides

Access to NewDocs / MyNewDocs

Shortcut to TC34 dashboard – http://www/iec.ch/tc34

http://www/iec.ch/tc34

Tabbed news

Tools for

members and

expert

Resource

for IEC

community

GM and events

Technology

sectors

Quick links

Resource

for IEC

community

• NCs can create and manage experts in

this database

• They give access rights & permissions

to the Committees, PT/MT/WG and

Voting & Commenting rights

• Features include: statistics on experts

by NC, membership information, etc.

• Experts can now directly update their

personal details

Members & Experts > Tools & applications

Upload and download of

documents internal to TC and

WG

E-mail notification option

available

Access rights and login for experts are

granted by the National Committee (NC)

Access rights and login for Secretary,

Chairperson and Convenor are

maintained by IEC


Experts register and select the

WG meetings they wish to

attend (automatic approval)

NC approval required for

Plenary Meeting


Screen-sharing tool designed

to make on-line meetings

easier for you

Work with anyone anywhere by

inviting up to 15 different e-

mail participants

IEC staff is in charge of hosting

the meeting


New Docs

New documents circulated

Configuration required to

receive e-mail notices

Do you have any feedback on

issues affecting participation?

THANK YOU FOR YOUR ATTENTION

Indonesia

Rachman Mustar

National Standardization Body of Indonesia

Standards and labelling update

68

Reference:

Standard / Technical

Requirement

Technical Regulation

Market

requirements

Market

•Compulsory

•Certification

Testing

LAB

•Market control

•Market

control

Standard

List of lamp standards

No Standard code Topic Adopted

1 SNI IEC 61347-1:2011 Lamp controlgear - Part 1: General

and safety requirements

IEC 61347.1

2 SNI IEC 61347-2-3:2011 Lamp controlgear - Part 2-3:

Particular requirements for a.c.

supplied electronic ballasts for

fluorescent lamps

IEC 81347.2.3

3 SNI IEC 61195:2009 Double-capped fluorescent lamps -

Safety specifications

IEC 61195

4 SNI IEC 60921:2010 Ballasts for tubular fluorescent lamps

- Performance requirements

IEC 60921

5 SNI IEC 60155:2010 Glow-starter for fluorescent lamps IEC 60 155

6 SNI IEC/TR 60887:2009 Glass bulb designation system for

lamps

IEC 61347.2.8

7 SNI IEC 61347-2-8:2009 Lamp controlgear - Part 2-8: IEC 61199

8

9.

SNI IEC 61199:2009

SNI 04-6504-2001

Single-capped fluorescent lamps -

Safety specifications

Self balasted lamps for general

lighting services- Safety requirement.

IEC 61195

IEC 60968:1998

http://sisni.bsn.go.id/index.php?/sni_main/sni/detail_sni/14264


















No Standard code Topic Adopted

9 SNI IEC 60969:2009 Self-ballasted lamps for general lighting

services - Performance requirements

IEC 60969

10 SNI IEC 60929:2009 AC-supplied electronic ballasts for

tubular fluorescent lamps - Performance

requirements

IEC 60929

11 SNI IEC 60901:2009 Single-capped fluorescent lamps -

Performance specifications

IEC 60901

12 SNI IEC 60432-1:2009 Part 1: Tungsten filament lamps for

domestic and similar general lighting

purposes

IEC 60432.1

13 SNI 7405 : 2008 Master lamps for four wheels or more

motor vehicles

UNECE

14 SNI 7399 : 2008 Rear fog lamps of motor vehicles UNECE

15 SNI 7402 : 2008 Filament lamps for motor vehicles, joined

carriages and sticked carriages

UNECE

16 SNI 7397 : 2008 LED (Light Emmiting Diode) signal lamps

on the trains

IEC 7397

17 SNI IEC 60064:2007 Tungsten filament lamps for domestic

and similar public lighting - Performance

requirements

IEC 60064

18 SNI 04-6973.2.5-2005 Luminaires - Part 2-5: Particular

requirements - Floodlights

IEC 6973.2.5

19 SNI 03-7051-2004 The sign and obstacle light installation in

airports

ICAO



















1. SNI (New)

Lamp holder for tubular fluorescent lamps and starter

holder.

(Adoption IEC 60400: 2010)

2. SNI 04-0133:1987 (Revision)

Glow starter for fluorescent lamps (Adoption IEC

60155: 2009)

New standards and under review in

2012

SNI IEC 60064:2007 (Adopted IEC 60064:

2007)

Tungsten filament lamps for domestic and

similar public lighting - Performance

requirements.

SNI 04-6504: 2001 (Adopted IEC 60968:1998)

Self ballasted lamps for general lighting

services- Safety requirement.

Mandatory lamp standards

List of testing laboratories (1)

No Name of Laboratory Address Scope

1 PT. PLN (Persero)

Research and development

of electrical. Power.

Jl. Duren Tiga, Jakarta

12760

Telp. (021) 7980203

Faks. (021) 7940428

Email : customercare@pln-

litbang.co.id

Website : www.pln-

litbang.co.id

• Incadescent lamps

2 B4T

Institute for material and

technical products.

Jl. Sangkuriang No. 14,

Bandung 40135

Telp. (022)

2504828,2507626 (ext.123)

Faks. (022) 2502027

Email :

[email protected]

Website : www.b4t.go.id

• Self ballasted lamps

For general lighting-

Performance requirement


No Name of Laboratory Addresse Scope

3

PT Sucofindo

Cibitung, PT

Sucofindo Persero

Jl. Arteri Tol

Cibitung, Bekasi

17520

Telp. (021)

88321176

Faks. (021)

88325616


for general lighting

4 Balai Pengujian Mutu Bar

G

Institute for testing of product

quality

Jl. Raya Bogor

Km 26, Ciracas,

Jakarta 13740

Telp. (021)

8710321-23

Faks. (021)

8710478

Ir. Bambang Tri

Sujono;

Dra. Andi Ampa

• Self ballasted lafmps

or general lighting

•Incadescent lamps


No Name of Laboratory Address Scope

5 PT. Panasonic

Manufacturing

Indonesia

Jl. Raya Bogor Km. 29, Pekayon

– Pasar Rebo, Jakarta 13710

T. (021) 8710221 ext. 2721,

8710649

Faks. (021) 8717847

Ir. Rubiyono; Ali Mukhtar, S.T



6 Institute for research and

standardization of industry

and trade - Surabaya

Jl. Jagir Wonokromo 360

Surabaya

T. (031) 8410054, 8415375

Faks. (031) 8410480

Email : dan info@baristand-

srby.go.id



7 Centre for research and

development of electrical

technology and new

energy

Jl. Ciledug Raya Kav. 109,

Cipulir, Kebayoran Lama, Jakarta

12230

T. (021) 7203530; F. (021)

7203525

E. [email protected]

Ir. Abdul Rivai 15/08/201


for general lighting-

Performance requirement

Insufficient resources ( experts and facilities)

Many organization involved

Problems

THANK YOU

India

Shyam Sujan

ELCOMA


Stimulating LED LIGHTING IN INDIA

Lighting Industry in India

• Performance year 2011 4500 5060

5711

6567 7167

7994

9290

0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

2005 2006 2007 2008 2009 2010 2011

LIGHTING INDUSTRY IN INDIA - GROWTH TREND CHART

Rs. Crores

17% 12%

Growth of CFLs in India

20 35 43 67 100 140 200

255

304

340

400

1000

-200

0

200

400

600

800

1000

1200

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

Qty. Million Pcs

*ESTIMATES

ACTUAL

28%

43

%

25

%

CFL Manufacturing capacity in India

YEAR No of Manufacturers Manufacturing

capacity

(Million pieces p.a.)

2002 5 19

2003 7 22

2004 10 29

2005 12 50

2006 13 80

2007 16 130

2008 20 200

2009 32 350

2010 45 500

2011 52 730

2013 (Estimate) 60 1000

Mandate to bring in mercury content in CFL to

less than 5 mg

Commitment to bring it down to less than 3 mg

by 2013

Statutory notification on all packing on safety

care in event of accident

Prepared National Plan for “Safe Disposal of

mercury containing EOL Lamps”

Promote LED to replace various applications

Initiatives for environment

Stimulating LED Lighting in India

LED lighting

Limited availability of LED technology in India

High initial cost of LEDs that makes the pay-back

period very long

Absence of National standards for LEDs as a result

industry is prone to import sub standard products

Consumer awareness very low

Lack of testing protocols, facilities and accredited

laboratories at the national level

No incentive either to set up manufacturing facilities

in India as is the case with China

Barriers identified

To constitute a central Institutional mechanism (CIM) which along with other stake holders shall

oversee the design, development and implementation of the program and put in place a robust

monitoring and evaluation process by an independent agency (like National Productivity Council)

Aggregation of future LED demand under regulatory oversight is the appropriate way to

significantly enhance volumes and therefore attract leading manufacturers to India and have co-

benefit of reduced cost

Mandating phased domestic manufacturing for such demands must be integrated in the policy

framework

Appropriate fiscal incentives need to be structured by the Government to promote LEDs in India

(e.g. tax, duties, tariffs, incentive to manufacture in India etc)

To give immediate push, initially to concentrate on commercial applications

Recommendation to MoP to provide atleast one LED lamp under “electricity to all villages”

scheme.

Motivate Central and State government procurement agencies to take part in this program

Setting up of a neutral, trusted testing facility urgently. (Government approved Rs. 25 Crores for

this initiative last year)

Technical standards must be mandated by BIS

Domestic manufacturing of these technology materials and processes may be encouraged in the

first phase.

Recommendations and proposals

Showrooms were using Incandescent Lamps

With government regulation, changed to CFL

down lights

CFL not effective on product display

Showrooms changed to halogen down lights

Proposal to initiate central and state

governments for regulation to commercial

outlets to change to LED down lights

Down Light specifications prepared by ELCOMA

FOCUS AREAS - Downlights

Presently haphazard installation of streetlights by small and medium municipalities

Industry gearing up for designing LED street lights

Government (Bureau of Energy Efficiency) initiative to provide LED streetlights to > 100 municipalities as per program

ELCOMA prepared streetlight specifications for government procurement and end users

Street lighting guideline prepared by BEE

Secondary road street lights

As an introduction for domestic application,

attention provided for self Ballasted LED Lamp

Specifications prepared by ELCOMA and

government using it for DSM and CDM schemes

BIS prepared standards for Self ballasted lamp

Product prototypes under tests

Price reduced from Rs. 1200 last year to Rs.

650. Likely to further reduce to Rs. 300 to Rs.

400 by the end of this year

Self-ballasted LED lamps

LED standards and specifications

Following Indian Standards on LED have been published.

Sl No IS No Title

1. 16101 : 2012 General Lighting - LEDs and LED modules – Terms and Definitions

2. 16102(Part 1) : 2012 Self- Ballasted LED-Lamps for General Lighting Services Part

1 Safety Requirements

3 16102(Part 2) : 2012 Self-Ballasted LED-Lamps for General Lighting Services Part

2 Performance Requirements

4 16103(Part 1) : 2012 Led Modules for General Lighting- Safety Requirements

5 15885(Part 2/Sec 13) : 2012 Lamp Control Gear Part 2 Particular Requirements

Section 13 d.c. or a.c. Supplied Electronic Controlgear for Led Modules

6 16104 : 2012 d.c. or a.c. Supplied Electronic Control Gear for LED Modules -

Performance Requirements

7 16105 : 2012 Method of Measurement of Lumen Maintenance of Solid -State

Light (LED) Sources

8 16106 : 2012 Method of Electrical and Photometric Measurements of Solid-State

Lighting (Led) Products

9 16108 : 2012 Photobiological Safety of Lamps and Lamp Systems

A few more standards on Led Modules (IS 16103-2) and Luminaires (IS 16107)

are going to be published soon.

Self-ballasted lamps

Down lighters

Street lights

Specifications

ELECTRIC LAMP AND COMPONENT MANUFACTURERS’ ASSOCIATION OF INDIA

A-448 Defence Colony (LGF) New Delhi – 110 024 India June 2011

DRAFT SPECIFICATIONS FOR LED SECONDARY ROAD STREET LIGHTS

1. SCOPE: To promote energy efficiency by phasing-out inefficient Luminaires using lamp sources like Mercury Vapour Lamps, Halogen Lamps, CFLs or other inefficient lamps with an efficient alternative in the form of LED Street Lights

2. Luminaire Terminology : External driver / housing with easy lamp replacement arrangement

3. Technical Requirement : The LED Chip should conform to LM80

4. Luminaire Specifications

Luminaire type (Covered)

1. 1. LED Chip Warm White (2700K) Cool Daylight (6500K)

1.1 Lumen per Watt 85 L/W 100 L/W

1.2 C R I > 80 > 65

1.3 Range As per ANSI Standard As per ANSI Standard

1.4 Working Life 50,000 hrs 50,000 hrs

1.5. Conformance LM 80 Standard LM 80 Standard

2. 2. Material

2.1 Heat Sink

Should be scientifically designed to ensure the efficient dissipation of heat keeping junction temperature below 90° C

Should be scientifically designed to ensure the efficient dissipation of heat keeping junction temperature below 90° C

2.2 Driver External or Internal but be accessible for easy replacement

External or Internal but be accessible for easy replacement

2.3 Efficiency ≥80% ≥80%

3. 3. Electrical

3.1 Current / Voltage 50 Hz 150 to 270V 50 Hz 150 to 270V

3.2 Power Factor .9 .9

3.3 T H D < 10% or as per IEC 61000-3-2 and IEC61000-3-3

< 10% or as per IEC 61000-3-2 and IEC61000-3-3

Protection Short circuit & Over voltage protection

4. 4. Luminaire Performance

4.1 CCT of Luminaire > 5500 K – 7000 K > 5500 K – 7000 K

4.2 CRI > 70 > 70

4.3 Efficacy =>60 =>65

4.4 Compliance

IS 10322 for functional, photometric and safety requirements

IS 10322 for functional, photometric and safety requirements

4.5 junction

Temperature Less than 90° C Less than 90° C

4.6 4.6 Ambient Temperature

-20°C to 50°C -20°C to 50°C

4.7 Photometric Test As per LN 79 As per LN 79

4.8 RoHS Compliance Pb free Pb free

4.9 Capacity to withstand surges

As per IEC Standard 61347 As per IEC Standard 61347

4.10 Guarantee 2 years 2 years

Workshops / Seminars

LED Conclaves (Exhibition and Workshops) Delhi done in May 2010

August 2011 – Hyderabad

January 2012– Mumbai

MEGA LED SEMINAR IN NEW DELHI IN OCTOBER 2012

Bi-Annual LED Exhibition and Seminar from 2013 onwards

More workshops to be organized in Kolkata, Bangalore, Chandigarh and Ahmadabad during 2012-13

Publication of LED Street lighting guide for Municipalities and Public Works Departments

Articles and advertisements in special magazines

Media publicity

Awareness programs

White paper by BEE on “Stimulating LED in India”

Government notifications:

Ministry of Commerce issued notification to Delhi Government to ensure all showrooms or show windows using Incandescent Lamp or halogen lamps to immediately replace with LED down lighters. More States to follow

Ministry of Commerce issued advisory to Ministry of Urban Development to Ensure all medium and small municipalities change to LED Street Lighting

Bureau of Energy Efficiency started Pilot programs to encourage use of LED streetlights for Municipalities and Local Bodies for secondary roads, parks and parking areas etc. – 180 bodies being funded

Government support (1)

Government bulk procurement Preparing bulk requirement of Railways, Airport authority,

Urban Housing, Highways and other large development projects to create a large demand to encourage industry to establish

LED Self Ballasted Lamp for “Bachat Lamp Yojna”

All Households within 5 k.m. of Power Generating Plants to be given one LED bulb free

Test Labs Govt subsidizing establishment of LED test facilities at

existing Test Lab (About Rs. 25 Crores)

Expected atleast 3 more Test Labs supported by Government

Total expected 12 Test Labs by 2013

Government support (2)

To cover all other LED activities an LED Chapter created within ELCOMA

Membership extended to:

All LED lighting manufactures or assemblers – small, medium or large

Signage manufacturers

Traffic signals and direction board manufactures

Security lighting

ESCOs

Architects, designers, specifiers, engineers

Test laborotories

ELCOMA LED Lighting Chapter

To ensure federate all stake holders of LED Lighting to work together for better end products

Cooperation between manufacturers and ancillaries for better technology development and exchange

To promote the consideration and discussion and resolve all questions affecting LED Lighting

To diffuse information to all members on new technology development and best practices

Product specifications and certifications

Undertake promotion of LED Lighting by seminars, exhibitions, workshops etc

Exchange of statistical information

Education for students and institutions on Energy Efficient Lighting

Coordinate with government on various issues pertaining to requirement of LED Lighting for quality, manufacture and policy updating

Establishment of LED Lighting excellence centre

Vision of LED Chapter

2010 – No test laboratory for LED Product

testing

Initiative by government to fund one test lab

ELCOMA undertook with large test laboratories

to upgrade for LED testing

6 labs have taken initiative

4 labs are ready by January 2012

8 more labs likely by 2013

Test laboratories

Projected growth of LED business in India

THANK YOU !

Electric Lamp & Component Manufacturers Association of India

www.elcomaindia.com

http://www.elcomaindia.com/

Korea

SeongKuk Hur

Korea Institute of Lighting Technology


Agenda

Introductions

Listed LED standards

Updated test items

Next viewpoint

Update on LED Standards within KOREA

Introductions

Standards for LED lighting:

Safety standards with Kc marking (mandatory); operated by KATS(Korea Agency for Technology & Standards)

Performance standards with KS marking (voluntary); operated by KSA (Korea Standard Association)

High Efficiency appliance Certification program (voluntary); operated by KEMCO

(Energy efficiency label and standard Program -not yet for LED lighting) operated by KEMCO

No No Applicable Product remark

1 KS C 7651 LED lamps using internal converter

2010/2

2 KS C 7652 LED lamps using external converter

2010/2

3 KS C 7653 Recessed and fixed LED luminaires

2010/2

4 KS C 7654 LED emergency luminaires 2009

5 KS C 7655 Electronic control gear for LED modules

2011

Listed LED Standards

No. No Applicable Product remark

6 KS C 7656 LED lamps using portable luminaires

2010

7 KS C 7657 LED sensor luminaires 2009

8 KS C 7658 LED luminaires for road & street lighting

2011/2

9 KS C 7659 LED module for channel letter signs

2010

10 KS C 7711 LED ground recessed luminaires

2011


No. No Applicable Product remark

11 KS C 7712 LED flood-lighting luminaires

2011/2

12 KS C 7713 LED landscape lighting 2011

13 KS C 7714 LED aviation obstruction system

2011

14 KS A 7715 LED pavement marker 2011

15 KS C 7716 LED Tunnel luminaires 2011/2

16 KS R 8037 LED lamps for bycycles 2011

17 K20001 Tublar LED lamps using external converter

2011/2


Product appearance of Listed LED Standards

Updated Limited Values

Luminous Efficacy [ lm/W ]:

Indoor type; 60~70(for lamps)

65~85 (for luminaires)

Outdoor type: 70~80

Colour rendering index (CRI) : 75

Weight of outdoor type: <=150W;10 kg

> 150W; 15kg

Updated Test Items (Limited value revision)

Example: Sponsored by the U.S.

Department of Energy (DOE), Lighting

Facts is a voluntary pledge program to

assure that LED lighting products are

represented accurately in the market.

Certification Mark

Light Output (Lumens)

Lifetime ( hrs), Frequency

Input voltage(AC/DC), Watts, Current

Lumens per Watt (Efficacy)

Color Rendering Index (CRI)

Correlated Color Temperature(CCT)

Weight (kg), IP No (case by)

Updated Test Items: A guide for the consumer

Next viewpoint

How to preserve the night sky from the hazards

of light pollution

Photobiological safty through the use of LED

light

Reliability of lifetime

Max. efficacy of LED system (150 lm/W or 200

lm/W)

Standardization of LED Module engine, Control

/driver IC & Power for the system LED light

Thank you!

Email : hanovec @empal.com

Philippines

Raquel Huliganga

Department of Energy


Update on the Philippines Development of National Standards and Labels for Lighting Products

BPS TC 4 – Lamps and related devices

The technical committee under DTI-BPS responsible for the development and review of standards for lighting and related devices.

Update on Philippines Development of National

Standards and Labels for Lighting Products

BPS TC 4 aligns PNS with IEC Standards.

When no IEC standard is available for a certain product, a PNS version is introduced. (ex. PNS 2050 series or the energy label standards)



While BPS TC 4 is geared to prioritize safety standards on lighting products, the members agreed that whenever an LED performance standard from IEC will be published it will be given priority in the 2012 activities.

TC4-Lamps and Related Devices

IEC 62031 LED Modules for General

Lighting –Safety Specifications (2011)

LED standard reviewed and adopted as

PNS


a) IEC 61347-2-13:2006 – Lamp Control Gear – Part 2-13 - particular

requirement for DC and AC supplied electronic control gear for LED

modules

b) IEC 60838-2-2:2006 – Miscellaneous lamp holders

Particular requirement –connectors for LED modules

Status: Reviewed and recommended for adoption as PNS


CDPNS 2094: LED Lighting chains

-This standard is a Philippine version since there is no particular IEC standard for LED lighting chains (ex. Christmas lights)

-Status: Currently under review


2012 Priority Standards

Modification PNS IEC 969: 2006 to PNS IEC 60969:2010 – Performance requirements of self ballasted CFL

This is a complete version of IEC 60969 adopted for PNS without modification



IEC 62560: Self-ballasted LED-lamps for

general lighting services by voltage ; 50V –

250V : Safety specifications



IEC 62612: Self-ballasted LED-lamps for general lighting services ; Performance requirements

Others to follow



PNS 2050-6:2010 – specifies MEPS for GLS incandescent

LATL-ERTLS of DOE is now on the preparatory stage of implementing guidelines

The promulgation of MEPS and implementing guidelines is targeted before end of 2012

Full implementation of PNS 2050-6 will result to about 70% removal of gls incandescent in the Philippine market

Philippine DOE update on GLS

Incandescent

Philippine Congress is drafting a bill phasing out inefficient lamps

Full implementation of this bill is 100% removal of GLS incandescent for household application

Philippine DOE update on GLS

Incandescent



Thank you!

[email protected]

Thailand

Panu Suwicharcherdchoo

Electricity Generating Authority of Thailand


EGAT labeling for LED-MR16

127

Market survey

• LED introduction to Thai market for 2-3 years, as such not much market information available.

• Direct survey from 7 manufacturers was conducted by our staff.

• It is only a few year that LED was introduced in Thai market so, not much information support.

• 7 manufacturers agree that LED-MR16 has ability to sell in Thai market which can replace Halogen lamps in range of 20 W to 75 W.

• Users of Halogen lamp are Hotels, Department Stores, Exhibition buildings and Restaurants.

128

Market survey

Reasons of choosing LED MR16 1. Users are specific in Hotel, Department Store,

Exhibition building and Restaurant business 2. All of them need lighting with long lifetime and more

reliable 3. There are international standard available such as IEC,

IES, ANSI, CIE 4. Price of LED MR16 cheaper than another type of LED

(EX. PAR Globe or Tube) 5. No competition model in the same type such as CFL or

T5

129

Load Research

The Load research of Halogen MR16 from February 2012, there are 31 building-Hotel, Department store, Hospital and Exhibition Building

0

5

10

15

20

25

30

35

40

45

0:00:001:01:002:02:003:03:004:04:005:05:006:06:007:07:008:08:009:09:0010:10:0011:11:0012:12:0013:13:0014:14:0015:15:0016:16:0017:17:0018:18:0019:19:0020:20:0021:21:0022:22:0023:23:00

Time

Power

(W)

Peak demand during 10:00 am – 20:00 pm

variable

Halogen MR16 Coincident Peak Factor (14:30

pm) Hour Usage

83.26% 4,900 hr/year 130

25

35

45

55

65

0 10 20 30 40 50 60 70 80 90 100 110 120 130 รนท

Lumen/Watt

47%

27%

14%

50

Passing percentage

40

84%

Efficacy Models Passing brand Total model 117 7

40 lm/W 98 (84%) 7 45 lm/W 55 (47%) 7 50 lm/W 32 (27%) 6 55 lm/W 16 (14%) 6

Energy Efficacy

132

Sizing Replacement

20 Watt

35 Watt

50 Watt

3-5.5 Watt

5-7 Watt

9-10 Watt

Energy Saving Potential

Efficacy Halogen (Watt) LED MR16

Watt Savin

g

Hour of use

kWh savin

g

45 lm/w 35 7.78 27.22 4,900 134.1

Market Opportunities

Efficacy Opportunities

1 2 3 4 5

2013 2014 2015 2016 2017 Amount

of market - 10,000 15,000 22,500 33,750 50,625

45 lm/w 47.00% 4,700 7,050 10,575 15,863 23,794

133

Description Unit

Efficacy

Lumen/W

2013 2014 2015 201

6 2017 Total

Energy reduction

GWh (Gen.)

45

0.7

1.1

1.6

2.4 3.6 9.2

Demand reduction

kW (Gen.)

Coincident

14:30 pm 83.26%

136

204

306

460 689

1,796

CO2 reduction Ton

385

578

867

1,30

1 1,95

1

5,082

Energy Saving Potential

134

The first meeting of LED MR16’s energy labeling Program 7 June 2012 : 9.00-12.00 am.

At EGAT convention hall, EGAT Head office

87 Participants from 46 companies (Importers, Venders & Assemblers)

135

Interim Criteria for labeling LED MR 16 (under consideration from both EGAT and participants manufacturers)

1. LED Chip : Passed IES LM 80-08 (certificate is required) and Lifetime L70 30,000 hour

2. Safety standard requirement : - EMC for Self Ballast LED Lamps : Passed

TIS.1955-2551 for Non Self Ballast Led Lamps : Not specific - Harmonic : Pass TIS.1448-2544 - Safety Passed UL List or Passed CE Mark or Passed IEC 62560 for Self Ballast Led Lamp Passed IEC 62663-1 for Non Self Ballast Led

Lamp 136

3. Performance Standard for LED MR 16 - Minimum light output for MR16 using CBCP method using

Online Tool of Energy Star http://www.energystar.gov/ia/products/lighting/iledl/IntLampCenterBeamTool.zip) reference data from ANSI C78.379-2006

- CCT & Duv after passing IES LM 79-08 the color must qualify with ANSI 78.377-2008

- Life Time At 3,000 hr : followed IES LM 79-08 qualify with L95F05 At 6,000 hr: followed IES LM 79-08 qualify with L90F05 - Switching Test : Open 30 sec. close 30 sec. in 1 time at

lease 12,500 times 137


http://www.energystar.gov/ia/products/lighting/iledl/IntLampCenterBeamTool.zip

http://www.energystar.gov/ia/products/lighting/iledl/IntLampCenterBeamTool.zip

3. Performance Standard for LED MR 16 (cont.) - Color Spatial Uniformity 0.006 (CIE 1976

u’v’diagram) - Color Maintenance 0.007 (CIE 1976 u’v’diagram) at

6,000 hr - CRI 80 with method in CIE 13.3-1995 - Power Factor for LED 5W, PF 0.5 (TIS.1448-2544) - RoHS & Warranty : Passed RoHs Cert. Warranty > 2

year - Luminous Efficacy (lm/W) : 45 - Sizing : 3 – 10 W - Number of Testing lamp : 10 units 138


Type No. Description Standard Testing facility Testing

fee

Safety

1 EMC TIS. 1955-2551 EEI

N/A

2 Harmonic TIS.1448-2554 EEI

3 Safety

(Electrical & Mechanical)

Incase no CE or UL certificate - IEC 62560 (Self-ballast) - IEC 62663-1 (Non Self-ballast)

EEI

4 Photobiological hazard IEC 62471-2

EEI (Ready from July

2012)

Performance 5 Performance IES LM 79-08 EEI

6 CRI CIE 13.3-1995 EEI

EEI

Testing facility

EGAT support for testing fee

139

Draft

L70 30,000 hr

LM-80-08

IEC 62560 (Self Ballast) IEC 62663-1 (Non Self Ballast)

CIE 13.3 CRI

LM 79-08 Lumen/Watt/CBCP/CCT

L95F05 3,000 hr

LM 79-08

Duv <0.007

L90F05 35,000 hr

LM 79-08

IEC 62471 Photo. Hazard

มอก.1448-2544 Harmonic/PF

มอก.1955-2551 EMC

pass

pass

pass

pass

pass Full-approve

0

3,000

6,000

Hour

Chip

Datasheet

Pre-approve

Penalty ex. post on web

140

Time frame of LED No.5

Activities 2012 2013

Jan-Apr May Jun Jul Aug Sep Oct Nov Dec Jan Feb

1.Feasibility study

2.Public announcement

3.Participate meeting

4.MOU ceremony

5.Testing

6.Labeling Process

7.Launce to the market

8.Public advertisement

141

Thank you for your kind attention ขอบคณครบ

142

Stuart Jeffcott

lites.asia

Summary of Day 1

Documents

Day 1 afternoon presentations