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The energy dilemma poses a significant challenge, especially to U.S.-based industrial end users. How will rising energy prices and increased carbon emissions restrictions impact operational costs in the future? How can energy control and forecasting increase efficiency and build a competitive advantage? This presentation explores energy dashboards as a solution and educate you on the ISO 50001 standard and what it takes to comply.
Citation preview
Industrial Energy Management and the Emerging ISO50001 Standard
Rob DussaultSchneider ElectricIndustry NOW Express
2Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Agenda
1 The Energy Dilemma
2
3
From Power Distribution to the Smart Grid
Solutions in Energy Management-
EcoStruxure
3Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The energy dilemma is here to stay
Energy demandBy 2050Electricity by 2030
CO2
emissions to avoid dramatic climate changes by 2050
The facts The need
Source: IEA 2007
4Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The Drivers:
+78% over 14 years….
+83% over 6 years!
~7B today….
To ~9B ….
Global GDP Growth
5Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The energy dilemma is here to stay
Energy demandBy 2050Electricity by 2030
CO2
emissions to avoid dramatic climate changes by 2050
The facts The need
Source: IEA 2007
6Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The energy dilemma is here to stay
Energy demandBy 2050Electricity by 2030
CO2
emissions to avoid dramatic climate changes by 2050
The facts The need
Source: IEA 2007
Frequent power outages
Rising energy prices
Increased Emissions
Control
Conflicts for resource access
& control
7Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
** US EIA: Energy Price Volatility Table
Energy Price Trends
8Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
** US EIA: Energy Price Volatility Table
Energy Price Trends
9Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
** US EIA: Energy Price Volatility Table
Energy Price Trends
10Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Energy Price Trends
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
11Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Energy Price Trends
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
12Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Energy Price Trends
What’s happening to Energy Prices Post-
Recession?
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
13Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Post-Recession Price Trends
**annualized from 2009 proportion: http://www.eia.doe.gov/cneaf/electricity/epm/table1_1.html*NYMEX forecast, using 50% probability table
+150% in 4years
US Natural Gas Price Forecast*
-3% / year**
***
***http://www.eia.gov/energy_in_brief/renewable_electricity.cfm
+3% / year**
14Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Average Power per Capita(Watts per Person)
50
200 275
700 775 850
1 450
0
2 00
400
600
800
1 000
1 2 00
1 400
1 600
India Mexico China EU Russia Japan USA
Comparing % US Energy Consumption with % Population
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
15Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Average Power per Capita(Watts per Person)
50
200 275
700 775 850
1 450
0
2 00
400
600
800
1 000
1 2 00
1 400
1 600
India Mexico China EU Russia Japan USA
Comparing % US Energy Consumption with % Population
16Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Average Power per Capita(Watts per Person)
50
200 275
700 775 850
1 450
0
2 00
400
600
800
1 000
1 2 00
1 400
1 600
India Mexico China EU Russia Japan USA
Comparing % US Energy Consumption with % Population
17Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Average Power per Capita(Watts per Person)
50
200 275
700 775 850
1 450
0
2 00
400
600
800
1 000
1 2 00
1 400
1 600
India Mexico China EU Russia Japan USA
USA Industrials Hyper-Sensitive to increases in Energy Prices !
Comparing % US Energy Consumption with % Population
18Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Fuel Oil1 %
Electricity2 9%
Other1 4%
Natl Gas5 5 %
Coal1 %
Forms of Energy
Consumed
Example: Iron/Steel Mills
19Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Other1 1 %
Process Heating
43%
Machine Drive46%
Share of Electrical Energy Consumed
Fuel Oil1 %
Electricity2 9%
Other1 4%
Natl Gas5 5 %
Coal1 %
Forms of Energy
Consumed
Example: Iron/Steel Mills
20Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Impact: US Industrials
Other1 1 %
Process Heating
43%
Machine Drive46%
Share of Electrical Energy Consumed
90% of energy consumed is in the PROCESS !
Fuel Oil1 %
Electricity2 9%
Other1 4%
Natl Gas5 5 %
Coal1 %
Focus of Energy Managers
Forms of Energy
Consumed
Example: Iron/Steel Mills
21Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The solution is a combination of cleaner generation and efficiency
Source: World Energy Outlook 2009, OECD / IEA
●Over 50% of CO2
emission abatement will be from end use efficiency
World energy-related CO2 emissions abatement
Stabilize greenhouse emissions to 450ppm
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
22Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
How to Increase supply and Decrease emissions? Efficiency counts triple!
Coal100 units 35 units 33 units
1 unit saved at point of use
3 units of primary energy not consumed
23Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Other Drivers for Efficiency
• Minimize Risks
• Regulation
• Disruption
• Employee Retention
•Emerging Talent
• Public Relations
•Green Branding
Beyond Energy Costs and The Environment:
24Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Agenda
1 The Energy Dilemma
2
3
From Power Distribution to the Smart Grid
Solutions in Energy Management-
EcoStruxure
25Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Transmission Commercial & Industrial
Residential
Distribution
The Jurassic Grid old-style power distribution
CentralisedGeneration
Industry
Building
Datacenter
•
Central production adapting to demand variation
•
Top-down energy flow
•
Production / consumption balance done by integrated utility companies
•
Rather passive usersSchneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
26Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Transmission Commercial & Industrial
Residential
Distribution
Active energy management is about being smart grid ready
CentralisedGeneration
Industry
Building
Datacenter
Electric Vehicles & Energy Storage3
RenewableEnergyPlants
DecentralisedGeneration
1
Demand / supply mgt : Active Energy EfficiencyEnergy visibilityEnergy control & optimisation
2
Communication and software at all levels of the “Smart Grid”
4
Schneider Electric -
Industry Business –
Industrial Energy Management and Emerging ISO50001 Standard 100212–
2012
27Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Passive Energy Efficiency
Low consumption devices, insulation material, power
factor correction
Fix the basics2
Find out what the challenge is… Energy audit& metering
1
Active Energy Management
Optimise through automation &
regulation
Monitor, maintain, improve
Solutions in :Industrial Automation,building management,
power management, lighting control
Metering, monitoring and consulting services, EM analysis
software
3 4
Jurassic Energy Management Techniques
28Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Passive Energy Efficiency
Low consumption devices, insulation material, power
factor correction
Fix the basics2
Find out what the challenge is… Energy audit& metering
1
Active Energy Management
Optimise through automation &
regulation
Monitor, maintain, improve
Solutions in :Industrial Automation,building management,
power management, lighting control
Metering, monitoring and consulting services, EM analysis
software
3 4
Jurassic Energy Management Techniques
29Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Passive Energy Efficiency
Low consumption devices, insulation material, power
factor correction
Fix the basics2
Find out what the challenge is… Energy audit& metering
1
Active Energy Management
Optimise through automation &
regulation
Monitor, maintain, improve
Solutions in :Industrial Automation,building management,
power management, lighting control
Metering, monitoring and consulting services, EM analysis
software
3 4
Jurassic Energy Management Techniques
30Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Active Energy Management: The fastest way to save on energy, curb CO2 emissions and reduce operation cost
Passive Energy Efficiency
Low consumption devices, insulation material, power
factor correction
Fix the basics2
Find out what the challenge is… Energy audit& metering1
Active Energy Management
Optimise through automation &
regulation
Monitor, maintain, improve
Solutions in :Industrial Automation,building management,
power management, lighting control
Metering, monitoring and consulting services, EM analysis
software
3 4
31Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Supervision
Applies to all Facility Types
Supervision
Process& Machinesmanagement
Buildingmanagement
IT / ServerRoom management
Power management
Security management
Energy & AdvancedServicesEnterprise portal
Supervision
32Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Productivity●
Maximize output●
Improved workforce utilization & performance
Combining Energy Data for Active Energy Management
Efficiency●
Up to 30% energy savings●
Capex
& Opex
reduction
Safety●
Critical power●
Process control●
Safety systems (SIL*)
Interoperability and openness
to third party systemsSimple Integration
Plant energy management
MES & Information management
Plant supervision
Process Automation
Machine control
Motor control
Electrical distribution
Power monitoring & control
Security
Access control
Critical Power
33Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Not all Energy Management Dashboards are the Same!
Control-Level
Instantaneous readings, operator alarms, idle state control
Single-Site Operations
Hourly data, process inputs, correlation with process variables
Multi-Site OperationsDaily data, correlation with production count, site-by-site benchmarking
Enterprise-LevelMonthly data: Purchasing records, efficiency projects, sustainability metrics
Demonstration: Enterprise Dashboard
Resource Advisor
35Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
36Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
37Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
38Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Demonstration-Production Energy Optimization
Production Energy Optimization
40Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Key Takeaways•The Energy Crisis is significant AND relevant to US Manufacturers—now is the time to act
•Industrial Efficiency alone must contribute 50% of the Solution
•Traditional audit and fix the basics approach targets only 10% of the consumption
•A comprehensive active energy management system gives visibility and context for continuous improvement—
like your financial controls
An introduction to ISO 50001
42Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Develops standards for industry●
ISO 9001 –
Quality Management Systems●
ISO 14001 –
Environmental Management Systems
–
108% year-over-year adoption growth rate
●
Standards are widely accepted
International Organization for Standardization
Worldwide Adoption of ISO 14001
0
5,000
10,000
15,000
20,000
25,000
1995 1996 1997 1998 1999 2000
1 year after ISO50001 implementation:915 sites certified……matching adoption rate of ISO140001
43Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Standard for Energy Management Systems
●
EnMS
vs. EMS
●
EnMS
refers to a management system that meets the requirements of ISO 50001
●
An Energy Management System (EMS) refers to a software that enables energy optimization by use of temperature setbacks, occupancy controls, or other control functions
What is ISO 50001?
44Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
ISO 50001 is intended to Improve Energy Performance through activities like:●
Creation and achievement of energy performance goals
●
Tracking energy performance indicators
●
ISO 50001 officially launched in June of 2011 with Schneider Electric’s World Headquarters “The Hive”
as the first certified site, globally.
ISO 50001
©
Schneider Electric –
2012
45Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
LEED
●
Pertains to the physical characteristics of the building and the
installed conservation measures
●
ISO 50001
●
Concentrates the management policies and procedures to generate efficient operation in the years to come
How is ISO 50001 different from LEED?
46Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
The Energy Management System (EnMS) receives the certification●
Client defines the scope and boundary for the EnMS●
An entire corporation●
A segment or group of facilities●
A single facility or campus●
A portion of the facility or campus●
A “light bulb”
What Can Receive ISO 50001 Certification?
47Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
SEP was released in early 2012
●
ISO 50001 certification is a requirement
●
Offers four sectors
●
Industrial
●
Commercial
●
Transportation
●
Utility
Superior Energy Performance
A GRADING system for Performance Improvement5%=Silver, 10%=Gold, 15%=Platinum
48Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Facilitates a detailed study of significant energy consumers●Uncovers far more than a traditional energy audit
●Encourages process experts to reevaluate process in detail
●
Guides the energy expert and process experts to reach optimal process parameters
●
Sets up a robust management and documentation system that can be highly
leveraged for other benefits
●
Reinforces corporate brand as one that is sustainable and environmentally responsible
Benefits of ISO 50001
49Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Initial Investment
●
Dedication of internal resources to enable and maintain
●
Capex investment for certification
●
Establishing C-Level Engagement
●
Not mandated
●
Too new to show case studies for savings
Challenges
©
Schneider Electric –
2012
50Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Establish an Energy Baseline
Anatomy of the standard
Establish an Energy Policy
Energy Review
Legal Requirements
Establish Energy Performance
Indicators (EnPIs)Energy
Management Action Plan
Control of Documents
Operations Control
Evaluation of Compliance
Internal Audits
Noncomformities, Correction, and
Prevention
Management Review
Control of Records
Documentation
CommunicationMonitoring,
Measurement, Analysis
Implementation
Competence, Training and Awareness
Design
Procurement of Energy Services
Click on individual requirements to learn more
Plan Do Check Act
51Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
ImplementationOVERVIEW
©
Schneider Electric –
2012
52Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Planning Session: determine the Energy
Management Team
●
Implementation: 5 Phases-#1 Gap Analysis
#2 Facility Energy Review
#3 EnMS
Construction
#4 Readiness Review and Internal Audit
#5 ISO Certification Audit
●
6 – 12 month Process
Implementation Process
©
Schneider Electric –
2012
53Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Phase 1 – Gap Analysis●
Determine which current practices can
be adopted to meet the standard
●
Develop an implementation plan
●
Determine Phase 3 required effort
©
Schneider Electric –
2012
54Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Phase 2 – Energy Review
●
Conduct utilities analysis
●
Identify Significant Energy Users (SEUs)
●
For each SEU
●
Develop Energy
Conservation Measures
●
Create metering plan
●
Identify operating parameters
55Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Build procedures for a fully functional system
●
Provide awareness & training
●
Ensure energy efficiency targets have a plan for achievement
Phase 3 – EnMS Construction
©
Schneider Electric –
2012
56Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Phase 4 – Readiness Prep
●
Second Gap Analysis to ensure all requirements are
met
●
Conduct an Internal Audit
●
Hold Management Review
●
Review Internal Audit Results
●
Review Energy Performance Indicators (EnPI)
©
Schneider Electric –
2012
57Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Stage 1 Audit
●
Higher level audit to ensure
readiness for Stage 2
●
Stage 2 Audit
●
Ensure the EnMS meets
the intent of the standard
●
Deeper dive into procedures
●
Present corrective actions for major and minor findings
Phase 5 – Certification Audits
©
Schneider Electric –
2012
58Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Main addition is the Superior Energy Performance
Indicator (SEnPI) used for qualification
●
Determine appropriate variables affecting SEnPI
●
Calculate SEnPI
for a 4 or 11 year time span
●
Update SEnPI
annually
SEP Add-on
©
Schneider Electric –
2012
59Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Case Study
60Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
ISO 50001 certified EnMS●
Awaiting SEP Audit●
Will qualify for SEP Platinum with 18% reduction
Smyrna, TN Plant
61Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
●
Paint line Results (Significant Energy User)●
VFDs on washer pumps●
Turned off IR ovens (10% of gas use)●
Hook burn-off temperature set to 1,500 degrees when 1,200 degrees would suffice
●
Other Benefits●
Drying ovens were being left on at night●
New HVAC units were not commissioned properly●
Procurement specifications did not require high efficient equipment
Smyrna, TN Plant
62Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Standard Says
63Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The standard outlines the process of creating an effective energy policy which includes defining planning inputs, performing an energy review (analyzing energy consumption, identifying areas of significant consumption, and indentifying opportunities for improving energy performance) and
defining planning outputs (EnPI, targets and objectives).
Establish an Energy Policy
Back to menu
©
Schneider Electric –
2012
64Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization should develop, record, and maintain an energy review. The methodology and criteria used to develop the energy review is documented. To develop the energy review, the standard states that the organization must:
1. Analyze energy use and consumption based on measurement and other data;2. Based on the analysis of energy use and consumption, identify
the areas of significant energy use;
3. Identify, prioritize and record opportunities for improving energy performance.
Energy Review
©
Schneider Electric –
2012
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65Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization should identify, implement and have access to the applicable legal requirements and other requirements to which the organization subscribes related to its energy use, consumption and efficiency.
Legal Requirements
©
Schneider Electric –
2012
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66Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Establish an Energy Baseline
An assessment of Current Energy consumption, procurement practices, conservation measures
©
Schneider Electric –
2012
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67Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Identify EnPIs
appropriate for monitoring and measuring its energy performance.
Establish Energy Performance Indicators (EnPIs)
• Wh per Widget• kWh per gallon• kWh per ton
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68Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Energy Management Action Plans should:
1.Discuss the hardware to be used (metering and structures on site);2.Use a software platform to create targets and view site assessments to determine
what can be improved;3.Discuss “train the trainer”
using consumption worksite information;4.Discuss current energy action plan output, framed in “plan do check act”
language.
Energy Management Action Plan
©
Schneider Electric –
2012
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69Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
It is recommended that the organization use the action plans and
other outputs resulting from the planning process for implementation and operation.
1.Establish energy performance indicators, energy objectives and
targets that are measureable and have timelines for achievement;
2.All persons working on this project are trained and educated properly;3.Appropriate records are maintained;4.Anyone working on behalf of the organization is aware of the importance, their
roles, the benefits, and the impact of this standard.
Implementation
©
Schneider Electric –
2012
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70Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization is responsible for making sure that any people working for or on its behalf are competent on the basis of appropriate education, training, skills, or experience.
A representative must ensure that appropriate records are maintained and that all employees are aware of their roles and the benefits and impact of the International Standard.
Competence, Training and Awareness
©
Schneider Electric –
2012
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71Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
Communicate the EnMS
and EnPIs
throughout the organization, market and other stakeholders
Communication
EnPI
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Energy Policy
~~~~~~~~~~~~~~~~~~
1Q Results~~~~~~~~~~~~~~~~~~
Employees
Shareholders
Market
©
Schneider Electric –
2012
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72Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization should establish, implement and maintain information, in paper, electronic or any other medium, to describe the core elements of the EnMS
and their interaction.
Documentation Back to menu
73Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Control of Documents
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Energy Procedures
~~~~~~~~~~~~~~~~~~
©
Schneider Electric –
2012
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74Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization needs to identify and plan operations and maintenance to ensure that they are carried out under specified conditions by means of the following:
1.
Establishing and setting criteria for the effective operation and maintenance of significant energy uses, where their absence could lead to a significant deviation from effective energy performance;
2.
Operating and maintaining facilities, processes, systems and equipment, in accordance with operational criteria;
3.
Appropriate communication of the operational controls to personnel working for, or on behalf of, the organization.
Operations Control
©
Schneider Electric –
2012
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75Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization should consider energy-performance improvement opportunities in the design of new, modified, and renovated facilities, equipment, and systems.
Design
©
Schneider Electric –
2012
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76Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
When procuring energy services, products, and equipment that can
have an impact on significant energy use, the organization should inform
suppliers that procurement is partly evaluated on the basis of energy performance.
Procurement of Energy Services
©
Schneider Electric –
2012
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77Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
A company needs to define and periodically review its measurement needs. Key characteristics of its operations that determine energy performance need to be monitored, measured, and analyzed at planned intervals. Key characteristics include at a minimum:
1.
Significant energy uses and other outputs of the energy review;2.
The relevant variables related to significant energy uses;3.
EnPIs;4.
The effectiveness of the action plans in achieving objectives and targets;5.
Evaluation of actual versus expected energy consumption.
Monitoring, measurement, analysis
©
Schneider Electric –
2012
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78Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
At planned intervals, the organization needs to evaluate compliance with legal requirements and other requirements to which it subscribes related to its energy use and consumption.
Evaluation of Compliance
©
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2012
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79Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization is expected to conduct internal audits at planned intervals to ensure that the EnMS:
1.
Conforms to planned arrangements for energy management including
the requirements of this International Standard;
2.
Conforms with the energy objectives and targets established;3.
Is effectively implemented and maintained, and improves energy performance.
Internal Audits
©
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2012
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80Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization should address actual and potential nonconformities by making corrections and taking preventive action.
Noncomformities, correction, and Prevention
©
Schneider Electric –
2012
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81Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
The organization will establish and maintain records to demonstrate conformity to the requirements of its EnMS
and the energy performance results achieved. Additionally:
•
The organization defines and implements controls for the identification, retrieval and retention of records;
•
Records remain legible, identifiable, and traceable to the relevant activity.
Control of Records
©
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2012
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82Schneider Electric - Industry Business – Industrial Energy Management and Emerging ISO50001 Standard– 2012
At planned intervals, top management should review the organization's EnMS
to ensure its continuing suitability and effectiveness. This includes having a review on a scheduled basis and reviewing best practices. The outputs from the management review should include any decisions or actions related to changes in the energy performance, energy policy, EnPIs
and another other changes to the objective or the allocation of resources.
Management Review
©
Schneider Electric –
2012
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