The document discusses the process of developing Sustainable Energy Action Plans (SEAPs) according to the ISO 50001 standard for energy management. It provides guidance on establishing a baseline emissions inventory, identifying key indicators, and involving citizens and stakeholders. The presentation also outlines the steps for planning actions and measures over the full duration of the SEAP to meet the Covenant of Mayors' target of a 20% reduction in CO2 emissions by 2020 through energy efficiency and renewable energy measures.
1) SEAPs require significant financing due to their territorial scope and objectives such as energy production, efficiency, renewables, housing, mobility, and electromobility.
2) There are many potential sources of financing including EU funds, national programs, loans, public-private partnerships, and innovative sources like crowdfunding.
3) Local authorities should conduct a thorough review of available financing opportunities from groups like the Covenant of Mayors to develop ambitious yet financially feasible SEAPs.
1st Open Training Session : 50000&1 SEAPs approach for Local Governments - Ma...1st Open Training Session
This document summarizes a presentation on developing Sustainable Energy Action Plans (SEAPs) integrated with Energy Management Systems (EnMS) according to ISO 50001. It discusses the benefits of combining SEAPs and EnMS, including establishing energy performance indicators, implementing monitoring and measurement, and achieving certification. The presentation provides an overview of the "50000and1SEAPs" project which supports 40 municipalities in 8 EU countries in developing SEAPs and EnMS. It also outlines the key steps in the development process, from conducting an energy review and baseline to implementing, monitoring and improving plans.
Michël TOMA, MT Partenaires Ingénierie and Didier BOUTEILLER, City of Lorient...covcap1
1) The document discusses connecting SEAPs (Sustainable Energy Action Plans) with energy management systems according to ISO 50001.
2) It describes a project that is providing training and support to local authorities in France to develop SEAPs and integrate them with ISO 50001 energy management systems for their significant energy uses.
3) The city of Lorient, which has already received the European Energy Award, is working to implement both a SEAP and ISO 50001 EnMS to help meet its goal of reducing energy consumption in municipal buildings by 30% by 2020.
Emanuele Cosenza, SOGESCA: Energy Review, Energy Baseline and EnPIcovcap1
The document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It provides an overview of a training session on the energy review, baseline, and energy performance indicators (EnPI) components of integrating SEAPs and EnMS. It then summarizes the key differences and benefits of SEAPs alone versus integrated SEAPs and EnMS. Specifically, an EnMS would institutionalize the SEAP process through additional elements like defining energy policies and objectives, monitoring plans, and continual improvement processes.
This document summarizes a webinar on integrating Sustainable Energy Action Plans (SEAPs) and Energy Management Systems (EnMS) according to ISO 50001. It discusses the "50000and1SEAPs" project which supports 40 municipalities in 8 EU countries. The project aims to help municipalities develop SEAPs and certify EnMS to improve energy management. It outlines the project framework, activities, and targets including training, developing and implementing SEAPs and EnMS, monitoring, and communication. It also provides examples of energy consumption data and performance indicators to define a local government's energy baseline as part of the SEAP and EnMS process.
The document summarizes the work of the Energy Management Working Group (EMWG) which aims to accelerate adoption of energy management systems like ISO 50001. It discusses four key principles for ISO 50001 success: 1) ISO 50001 provides a framework for measuring climate impacts, 2) Qualified ISO 50001 professionals maximize impacts, 3) Robust certification strategies support consistent outcomes, and 4) International input strengthens the standards. It encourages actions like using qualified professionals, accredited certification bodies, and joining the EMWG's campaign to drive 50,000 ISO 50001 certifications by 2020.
Cities & Standards. The Example of ISO/TC 268 Sustainable cities and communit...icleibrx
The document discusses standards for sustainable cities and communities, particularly ISO 371xx standards. It provides an overview of ISO Technical Committee 268, which develops standards related to sustainable development and resilience of communities. Key standards discussed include ISO 37101 for a management system for sustainable development in communities, and ISO 37120 for indicators for city services and quality of life. The document also addresses questions around how standards can support cities and communities in developing sustainability strategies and measuring performance, while remaining voluntary guidelines.
1 4th webinar on implementing and integrating 50001_sea_ps_sog 23 02 2017(1)covenant7
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It describes a project called "50000AND1SEAPs" that supports 40 municipalities across 8 EU countries in developing integrated SEAPs and EnMS. The project aims to train municipalities, develop and implement plans, monitor results, and communicate outcomes. The document outlines ISO 50001 requirements and provides examples of benchmarks for implementing and monitoring energy use in municipalities, including defining energy policies, scope, uses, action plans, and expected benefits such as cost savings.
1) SEAPs require significant financing due to their territorial scope and objectives such as energy production, efficiency, renewables, housing, mobility, and electromobility.
2) There are many potential sources of financing including EU funds, national programs, loans, public-private partnerships, and innovative sources like crowdfunding.
3) Local authorities should conduct a thorough review of available financing opportunities from groups like the Covenant of Mayors to develop ambitious yet financially feasible SEAPs.
1st Open Training Session : 50000&1 SEAPs approach for Local Governments - Ma...1st Open Training Session
This document summarizes a presentation on developing Sustainable Energy Action Plans (SEAPs) integrated with Energy Management Systems (EnMS) according to ISO 50001. It discusses the benefits of combining SEAPs and EnMS, including establishing energy performance indicators, implementing monitoring and measurement, and achieving certification. The presentation provides an overview of the "50000and1SEAPs" project which supports 40 municipalities in 8 EU countries in developing SEAPs and EnMS. It also outlines the key steps in the development process, from conducting an energy review and baseline to implementing, monitoring and improving plans.
Michël TOMA, MT Partenaires Ingénierie and Didier BOUTEILLER, City of Lorient...covcap1
1) The document discusses connecting SEAPs (Sustainable Energy Action Plans) with energy management systems according to ISO 50001.
2) It describes a project that is providing training and support to local authorities in France to develop SEAPs and integrate them with ISO 50001 energy management systems for their significant energy uses.
3) The city of Lorient, which has already received the European Energy Award, is working to implement both a SEAP and ISO 50001 EnMS to help meet its goal of reducing energy consumption in municipal buildings by 30% by 2020.
Emanuele Cosenza, SOGESCA: Energy Review, Energy Baseline and EnPIcovcap1
The document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It provides an overview of a training session on the energy review, baseline, and energy performance indicators (EnPI) components of integrating SEAPs and EnMS. It then summarizes the key differences and benefits of SEAPs alone versus integrated SEAPs and EnMS. Specifically, an EnMS would institutionalize the SEAP process through additional elements like defining energy policies and objectives, monitoring plans, and continual improvement processes.
This document summarizes a webinar on integrating Sustainable Energy Action Plans (SEAPs) and Energy Management Systems (EnMS) according to ISO 50001. It discusses the "50000and1SEAPs" project which supports 40 municipalities in 8 EU countries. The project aims to help municipalities develop SEAPs and certify EnMS to improve energy management. It outlines the project framework, activities, and targets including training, developing and implementing SEAPs and EnMS, monitoring, and communication. It also provides examples of energy consumption data and performance indicators to define a local government's energy baseline as part of the SEAP and EnMS process.
The document summarizes the work of the Energy Management Working Group (EMWG) which aims to accelerate adoption of energy management systems like ISO 50001. It discusses four key principles for ISO 50001 success: 1) ISO 50001 provides a framework for measuring climate impacts, 2) Qualified ISO 50001 professionals maximize impacts, 3) Robust certification strategies support consistent outcomes, and 4) International input strengthens the standards. It encourages actions like using qualified professionals, accredited certification bodies, and joining the EMWG's campaign to drive 50,000 ISO 50001 certifications by 2020.
Cities & Standards. The Example of ISO/TC 268 Sustainable cities and communit...icleibrx
The document discusses standards for sustainable cities and communities, particularly ISO 371xx standards. It provides an overview of ISO Technical Committee 268, which develops standards related to sustainable development and resilience of communities. Key standards discussed include ISO 37101 for a management system for sustainable development in communities, and ISO 37120 for indicators for city services and quality of life. The document also addresses questions around how standards can support cities and communities in developing sustainability strategies and measuring performance, while remaining voluntary guidelines.
1 4th webinar on implementing and integrating 50001_sea_ps_sog 23 02 2017(1)covenant7
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It describes a project called "50000AND1SEAPs" that supports 40 municipalities across 8 EU countries in developing integrated SEAPs and EnMS. The project aims to train municipalities, develop and implement plans, monitor results, and communicate outcomes. The document outlines ISO 50001 requirements and provides examples of benchmarks for implementing and monitoring energy use in municipalities, including defining energy policies, scope, uses, action plans, and expected benefits such as cost savings.
This document summarizes a presentation about integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It describes the 50000and1SEAPs project which supports over 40 municipalities in 8 EU countries to develop SEAPs using ISO 50001 methodology. The presentation outlines the differences between traditional SEAPs and those integrated with EnMS, and provides steps for local governments to develop a SEAP+EnMS, including defining energy baselines and indicators, monitoring consumption, and obtaining certification. The goal is to help municipalities improve energy management and more effectively achieve emissions reductions targets.
Data exchange models for sustainable energy planningDataChallenges
The document discusses a project called DATA4ACTION that aims to improve public authorities' access to local energy data for sustainable energy planning. The project seeks to foster collaboration models between public authorities and energy data providers through bilateral agreements and regional data centers. It explores how to establish regional energy observatories that can gather energy and emissions data from multiple sources and provide it to public authorities. These observatories offer services like baseline emissions inventories and progress indicators. Successful models require institutional support, governance structures, technical skills, and communication strategies.
The document discusses how energy management systems can help prioritize actions in sustainable energy action plans (SEAPs). It provides an example of the municipality of Likovrisi-Pefki in Greece that developed a SEAP and implemented an energy management system according to ISO 50001. Key steps included collecting energy usage data, identifying opportunities to reduce consumption, and implementing measures like installing LED streetlights and improving building insulation. The energy management system helped prioritize SEAP actions and track their effects. A second example outlines how the Hellenic Ministry of Defense used ISO 50001 to develop energy programs at several military installations.
This document discusses funding options for local authorities to finance sustainable energy actions outlined in their SEAPs. It identifies various sources of EU, national, and alternative financing including operational programs, environmental funds, Horizon 2020, ESCO schemes, and revolving funds. The document also provides examples of how municipalities have successfully obtained financing to implement joint renewable energy projects and energy efficiency modernizations. It emphasizes that adopting an energy manager and energy management system can help optimize energy use and costs, making savings the best source of funding.
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EMS) according to ISO 50001. It presents the experience of five municipalities in Latvia that have developed integrated 500001SEAPs. Key steps included defining monitoring boundaries, assigning responsibilities, establishing monitoring procedures, and analyzing energy data to identify savings opportunities. Integrating SEAPs and EMS provides structure for sustainable energy planning and helps municipalities achieve greater energy and emissions reductions.
About 50000&1 SEAPs - the EnMS+SEAPs´ approachDataChallenges
The document discusses a project called "50000and1SEAPS" that aims to support local authorities in integrating their Sustainable Energy Action Plans (SEAPs) with Energy Management Systems according to ISO 50001. It describes the project framework and activities, which include training, developing and implementing SEAPs and Energy Management Systems, monitoring, and communication. It emphasizes the importance of collecting accurate energy consumption data from both public and private sectors to establish an effective energy baseline and indicators for the SEAPs.
Presentation del Clean Energy Package de la Comisión European en el Winter Seminar de Funseam 2016, organizado por Funseam y Gas Natural Fenosa
Paula PinhoHead of Unit – Energy Policy CoordinationEuropean Commission – DG ENERGY
Energy efficiency trends in buildings in the EU (update)Leonardo ENERGY
(This is an updated version of the slides used during the 11th webinar in the Odyssee-Mure on Energy Efficiency Academy at 08 Dec 2020. This version addresses pending questions with some more details and references.)
What has been the overall trend in final energy consumption of buildings in the EU since 2010?
What are the main drivers of the energy consumption variation, and in particular energy savings, for residential and service buildings?
These are the key questions answered during this (11th) webinar in the Odyssee-Mure on Energy Efficiency Academy.
Highlights from their research:
➢The energy consumption of buildings has steadily decreased since 2010 despite GDP growth.
➢There are large disparities in building performances across countries.
➢Since 2015, the rate of household energy efficiency improvements has dropped by 50% (compared to 2000-2014).
➢Energy efficiency of large electrical appliances, which has largely improved in the past, does not counterbalance anymore the rapid growth of the consumption of small appliances.
"EU and MENA: Market Potentials and Opportunities for Synergy" PresentationRCREEE
"EU and MENA: Market Potentials and Opportunities for Synergy" RCREEE session's Presentation during the EU sustainable energy week in Brussels.
Read more: http://www.rcreee.org/content/rcreee-brings-mena%E2%80%99s-sustainable-energy-perspective-eu-sustainable-energy-week-registration
The document summarizes Rome's plans to reduce greenhouse gas emissions and achieve its targets under the Kyoto Protocol by 2012. It outlines Rome's population, economy, transportation systems, and environmental policies. Key strategies include improving public transit, promoting renewable energy and energy efficiency, and increasing carbon sinks through tree planting. Stakeholder engagement was important in developing the action plan to integrate solutions across sectors like transportation, energy, waste and commercial activities.
Main findings Working Group 3: Mitigation of Climate ChangeAndy Dabydeen
The document summarizes key findings from the IPCC's 4th Assessment Working Group III report on mitigating climate change. Some of the main points include:
1) Human activities have increased global greenhouse gas emissions 70% between 1970-2004 and emissions are projected to continue growing in the coming decades without mitigation policies.
2) Significant emission reductions are possible through technologies available now or by 2030 across energy supply, transportation, buildings, industry, agriculture, forestry and waste sectors.
3) Modeling estimates mitigation policies could limit GDP impacts to below 3% and even provide economic benefits in some cases, while still allowing emissions to peak and decline below current levels by 2030.
4
Energy efficiency trends in buildings in the EULeonardo ENERGY
- Energy consumption in buildings in the EU accounts for 43% of final energy consumption and 60% of electricity consumption. There is a need for ambitious policies to improve energy efficiency in buildings to meet 2030 targets and make Europe climate neutral by 2050.
- Energy consumption in buildings has been relatively stable since 2014 while GDP has risen. Residential buildings account for two-thirds of buildings consumption. Space heating is the dominant end-use but its consumption is declining, while appliances and lighting consumption are rising.
- The EU's energy efficiency index (ODEX) shows that household energy efficiency has improved 29% from 2000-2019, but progress slowed after 2014 mainly for space heating, water heating, and cooking. For
The document discusses recent progress and costs of renewable electricity generation from utility photovoltaics and wind. It notes that a combination of technology cost reductions, better resources, and appropriate regulatory frameworks have attracted financing and driven costs lower. Recent contract prices from auctions and feed-in tariffs in various countries for solar and wind are provided. The document advocates for enabling policy and market frameworks that allow low cost financing, predictable long-term revenue streams, and short-term market value signals to further reduce costs. Open discussion points include balancing long and short-term price signals, roles for locational signals, attracting flexibility investments, and fostering distributed generation while ensuring fair recovery of network costs.
The document summarizes Rome's actions to reduce greenhouse gas emissions and achieve its targets under the Kyoto Protocol. It outlines Rome's population, economy, transportation systems, and environmental policies. Key strategies mentioned include adopting an Environmental Action Plan, integrating sustainability into urban planning, and engaging stakeholders to develop and implement emission reduction measures across various sectors like transportation, energy, waste, and more. The goal is an integrated approach to cut emissions 6.5% by 2012 from 1990 levels through infrastructure projects, renewable energy, energy efficiency, reforestation, and other climate mitigation actions.
This document summarizes the Global Protocol for Community-Scale Greenhouse Gas Emission Inventories (GPC). The GPC provides a global standard for cities to consistently measure and report their greenhouse gas emissions. It establishes a framework that comprehensively accounts for all emission sources and provides flexibility for basic and more advanced reporting levels. The GPC was developed through a collaborative multi-year process involving over 30 organizations and input from over 200 stakeholders. It has been pilot tested by 35 cities and adopted by over 1,000 cities worldwide.
1) Climate change is a serious problem and carbon dioxide levels are rising dangerously, putting the climate at a tipping point within 23 years if not addressed.
2) Local governments have significant control over emissions from buildings and waste management and should focus their climate strategies in these areas using tools like incentives, education, and regulation.
3) The document discusses Merton's climate strategy to cut carbon emissions 15% by 2015 and partnerships with universities, community groups, and companies to develop municipal renewable energy solutions.
The document discusses energy atlases and databases that are used for energy planning. It provides examples of energy atlases from Amsterdam, Hamburg, and Genoa's Sustainable Energy Action Plan (SEAP). The SEAP is a tool that defines cities' energy policies to meet the 20-20-20 targets. It is based on a baseline emissions inventory and includes action sheets with objectives, descriptions, timelines and monitoring. The document discusses challenges with data availability, time series, granularity, and interpretation of directives regarding open data. Genoa's SEAP aims to reduce emissions by 23.7%, or 156,381 tonnes of CO2.
The document describes the municipality of Pordenone, Italy's efforts to develop an integrated Sustainable Energy Action Plan (SEAP) and Energy Management System (EnMS) according to ISO 50001. It outlines several challenges initially facing the municipality, including a lack of energy data and coordination. The municipality formed an energy team to help address these issues and began collecting comprehensive energy data on municipal buildings and lighting, as well as private sector usage, to support developing integrated plans.
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with energy management systems according to ISO 50001. It provides an overview of key aspects of both SEAPs and ISO 50001, compares their similarities and differences, and proposes a scheme for developing an integrated SEAP and energy management system. Some highlights include that both aim to reduce CO2 emissions from energy use but have different scopes and methodologies, ISO 50001 focuses on continual improvement processes while SEAPs have specific reduction targets, and integrating the two can provide municipalities with a standardized energy management approach and fulfill Covenant of Mayor commitments.
This document summarizes a presentation about integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EnMS) according to ISO 50001. It describes the 50000and1SEAPs project which supports over 40 municipalities in 8 EU countries to develop SEAPs using ISO 50001 methodology. The presentation outlines the differences between traditional SEAPs and those integrated with EnMS, and provides steps for local governments to develop a SEAP+EnMS, including defining energy baselines and indicators, monitoring consumption, and obtaining certification. The goal is to help municipalities improve energy management and more effectively achieve emissions reductions targets.
Data exchange models for sustainable energy planningDataChallenges
The document discusses a project called DATA4ACTION that aims to improve public authorities' access to local energy data for sustainable energy planning. The project seeks to foster collaboration models between public authorities and energy data providers through bilateral agreements and regional data centers. It explores how to establish regional energy observatories that can gather energy and emissions data from multiple sources and provide it to public authorities. These observatories offer services like baseline emissions inventories and progress indicators. Successful models require institutional support, governance structures, technical skills, and communication strategies.
The document discusses how energy management systems can help prioritize actions in sustainable energy action plans (SEAPs). It provides an example of the municipality of Likovrisi-Pefki in Greece that developed a SEAP and implemented an energy management system according to ISO 50001. Key steps included collecting energy usage data, identifying opportunities to reduce consumption, and implementing measures like installing LED streetlights and improving building insulation. The energy management system helped prioritize SEAP actions and track their effects. A second example outlines how the Hellenic Ministry of Defense used ISO 50001 to develop energy programs at several military installations.
This document discusses funding options for local authorities to finance sustainable energy actions outlined in their SEAPs. It identifies various sources of EU, national, and alternative financing including operational programs, environmental funds, Horizon 2020, ESCO schemes, and revolving funds. The document also provides examples of how municipalities have successfully obtained financing to implement joint renewable energy projects and energy efficiency modernizations. It emphasizes that adopting an energy manager and energy management system can help optimize energy use and costs, making savings the best source of funding.
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EMS) according to ISO 50001. It presents the experience of five municipalities in Latvia that have developed integrated 500001SEAPs. Key steps included defining monitoring boundaries, assigning responsibilities, establishing monitoring procedures, and analyzing energy data to identify savings opportunities. Integrating SEAPs and EMS provides structure for sustainable energy planning and helps municipalities achieve greater energy and emissions reductions.
About 50000&1 SEAPs - the EnMS+SEAPs´ approachDataChallenges
The document discusses a project called "50000and1SEAPS" that aims to support local authorities in integrating their Sustainable Energy Action Plans (SEAPs) with Energy Management Systems according to ISO 50001. It describes the project framework and activities, which include training, developing and implementing SEAPs and Energy Management Systems, monitoring, and communication. It emphasizes the importance of collecting accurate energy consumption data from both public and private sectors to establish an effective energy baseline and indicators for the SEAPs.
Presentation del Clean Energy Package de la Comisión European en el Winter Seminar de Funseam 2016, organizado por Funseam y Gas Natural Fenosa
Paula PinhoHead of Unit – Energy Policy CoordinationEuropean Commission – DG ENERGY
Energy efficiency trends in buildings in the EU (update)Leonardo ENERGY
(This is an updated version of the slides used during the 11th webinar in the Odyssee-Mure on Energy Efficiency Academy at 08 Dec 2020. This version addresses pending questions with some more details and references.)
What has been the overall trend in final energy consumption of buildings in the EU since 2010?
What are the main drivers of the energy consumption variation, and in particular energy savings, for residential and service buildings?
These are the key questions answered during this (11th) webinar in the Odyssee-Mure on Energy Efficiency Academy.
Highlights from their research:
➢The energy consumption of buildings has steadily decreased since 2010 despite GDP growth.
➢There are large disparities in building performances across countries.
➢Since 2015, the rate of household energy efficiency improvements has dropped by 50% (compared to 2000-2014).
➢Energy efficiency of large electrical appliances, which has largely improved in the past, does not counterbalance anymore the rapid growth of the consumption of small appliances.
"EU and MENA: Market Potentials and Opportunities for Synergy" PresentationRCREEE
"EU and MENA: Market Potentials and Opportunities for Synergy" RCREEE session's Presentation during the EU sustainable energy week in Brussels.
Read more: http://www.rcreee.org/content/rcreee-brings-mena%E2%80%99s-sustainable-energy-perspective-eu-sustainable-energy-week-registration
The document summarizes Rome's plans to reduce greenhouse gas emissions and achieve its targets under the Kyoto Protocol by 2012. It outlines Rome's population, economy, transportation systems, and environmental policies. Key strategies include improving public transit, promoting renewable energy and energy efficiency, and increasing carbon sinks through tree planting. Stakeholder engagement was important in developing the action plan to integrate solutions across sectors like transportation, energy, waste and commercial activities.
Main findings Working Group 3: Mitigation of Climate ChangeAndy Dabydeen
The document summarizes key findings from the IPCC's 4th Assessment Working Group III report on mitigating climate change. Some of the main points include:
1) Human activities have increased global greenhouse gas emissions 70% between 1970-2004 and emissions are projected to continue growing in the coming decades without mitigation policies.
2) Significant emission reductions are possible through technologies available now or by 2030 across energy supply, transportation, buildings, industry, agriculture, forestry and waste sectors.
3) Modeling estimates mitigation policies could limit GDP impacts to below 3% and even provide economic benefits in some cases, while still allowing emissions to peak and decline below current levels by 2030.
4
Energy efficiency trends in buildings in the EULeonardo ENERGY
- Energy consumption in buildings in the EU accounts for 43% of final energy consumption and 60% of electricity consumption. There is a need for ambitious policies to improve energy efficiency in buildings to meet 2030 targets and make Europe climate neutral by 2050.
- Energy consumption in buildings has been relatively stable since 2014 while GDP has risen. Residential buildings account for two-thirds of buildings consumption. Space heating is the dominant end-use but its consumption is declining, while appliances and lighting consumption are rising.
- The EU's energy efficiency index (ODEX) shows that household energy efficiency has improved 29% from 2000-2019, but progress slowed after 2014 mainly for space heating, water heating, and cooking. For
The document discusses recent progress and costs of renewable electricity generation from utility photovoltaics and wind. It notes that a combination of technology cost reductions, better resources, and appropriate regulatory frameworks have attracted financing and driven costs lower. Recent contract prices from auctions and feed-in tariffs in various countries for solar and wind are provided. The document advocates for enabling policy and market frameworks that allow low cost financing, predictable long-term revenue streams, and short-term market value signals to further reduce costs. Open discussion points include balancing long and short-term price signals, roles for locational signals, attracting flexibility investments, and fostering distributed generation while ensuring fair recovery of network costs.
The document summarizes Rome's actions to reduce greenhouse gas emissions and achieve its targets under the Kyoto Protocol. It outlines Rome's population, economy, transportation systems, and environmental policies. Key strategies mentioned include adopting an Environmental Action Plan, integrating sustainability into urban planning, and engaging stakeholders to develop and implement emission reduction measures across various sectors like transportation, energy, waste, and more. The goal is an integrated approach to cut emissions 6.5% by 2012 from 1990 levels through infrastructure projects, renewable energy, energy efficiency, reforestation, and other climate mitigation actions.
This document summarizes the Global Protocol for Community-Scale Greenhouse Gas Emission Inventories (GPC). The GPC provides a global standard for cities to consistently measure and report their greenhouse gas emissions. It establishes a framework that comprehensively accounts for all emission sources and provides flexibility for basic and more advanced reporting levels. The GPC was developed through a collaborative multi-year process involving over 30 organizations and input from over 200 stakeholders. It has been pilot tested by 35 cities and adopted by over 1,000 cities worldwide.
1) Climate change is a serious problem and carbon dioxide levels are rising dangerously, putting the climate at a tipping point within 23 years if not addressed.
2) Local governments have significant control over emissions from buildings and waste management and should focus their climate strategies in these areas using tools like incentives, education, and regulation.
3) The document discusses Merton's climate strategy to cut carbon emissions 15% by 2015 and partnerships with universities, community groups, and companies to develop municipal renewable energy solutions.
The document discusses energy atlases and databases that are used for energy planning. It provides examples of energy atlases from Amsterdam, Hamburg, and Genoa's Sustainable Energy Action Plan (SEAP). The SEAP is a tool that defines cities' energy policies to meet the 20-20-20 targets. It is based on a baseline emissions inventory and includes action sheets with objectives, descriptions, timelines and monitoring. The document discusses challenges with data availability, time series, granularity, and interpretation of directives regarding open data. Genoa's SEAP aims to reduce emissions by 23.7%, or 156,381 tonnes of CO2.
The document describes the municipality of Pordenone, Italy's efforts to develop an integrated Sustainable Energy Action Plan (SEAP) and Energy Management System (EnMS) according to ISO 50001. It outlines several challenges initially facing the municipality, including a lack of energy data and coordination. The municipality formed an energy team to help address these issues and began collecting comprehensive energy data on municipal buildings and lighting, as well as private sector usage, to support developing integrated plans.
This document discusses integrating Sustainable Energy Action Plans (SEAPs) with energy management systems according to ISO 50001. It provides an overview of key aspects of both SEAPs and ISO 50001, compares their similarities and differences, and proposes a scheme for developing an integrated SEAP and energy management system. Some highlights include that both aim to reduce CO2 emissions from energy use but have different scopes and methodologies, ISO 50001 focuses on continual improvement processes while SEAPs have specific reduction targets, and integrating the two can provide municipalities with a standardized energy management approach and fulfill Covenant of Mayor commitments.
The Province of Modena has established several policies to promote renewable energy and reduce emissions. It began supporting local governments to join the Covenant of Mayors in 2010. The number of participating municipalities grew from 6 to 41 between 2010-2013. A club and website were created to share experiences and best practices. Study tours and other educational activities were held. Funding from the EU and Italy supported municipal sustainable energy projects and ISO 50001 certification in one town. The Province of Modena continues supporting local efforts to achieve Covenant of Mayors objectives.
This document discusses a training session on integrating energy action planning and energy management systems according to ISO 50001. The training session is aimed at project partners and local governments. It will cover how integrating energy management systems and sustainable energy action planning is a new concept. The training activities include centralized sessions in Padova, Italy, Barcelona, Spain, and Lyon, France, as well as an open session in Brussels, Belgium. The document asks attendees about their experience to help speakers tailor their presentations.
This document discusses sustainable energy action plans (SEAPs) and their integration with energy management systems according to ISO 50001. It provides details on what a SEAP is, its scope, time horizon, and recommended structure. It also discusses human and financial resources for SEAP development and implementation. Additionally, it introduces energy management systems according to ISO 50001, outlining their purpose and key elements like continual improvement processes and common management system standards. Main terminology related to energy management is also defined.
The document discusses how various energy and climate concepts like SEAPs, the Covenant of Mayors, ISO 50001, and the European Energy Award (EEA) framework fit together for local authorities. It provides an overview of the EEA framework, including its focus on six areas of evaluation and levels of certification. SEAPs and climate action plans in France are also reviewed. The presentation compares ISO 50001 and EEA, noting similarities but also differences in their approaches. Practical examples are given of how EEA is used to help develop and assess SEAPs and integrate energy management.
This document summarizes a presentation given by Gabriela Fistis of Denkstatt Romania on local measures for implementing Sustainable Energy Action Plans (SEAPs). Denkstatt is a consulting firm that provides sustainability services. The presentation covered important elements of SEAP development and implementation, examples of successful measures, and lessons learned. Stakeholder involvement, standardized data, and continuous monitoring were highlighted as key to developing and achieving SEAP goals.
The document summarizes Dzierzoniow's implementation of an Energy Management System based on the PN-EN ISO 50001 standard. It discusses how Dzierzoniow has implemented various management systems over time, including a Quality Management System in 1999 and an Integrated Management System in 2006. In 2013, Dzierzoniow implemented an Energy Management System which was certified by an accredited institution. The benefits of the system include optimization of energy processes, increased employee awareness, and energy savings. The system is integrated with Dzierzoniow's other management systems and includes documentation like an energy policy and procedures for monitoring energy consumption. Maintaining the certification requires annual audits to ensure ongoing compliance.
SETTING THE STANDARD: ENERGY MANAGEMENT for SUSTAINABLE ACTION PLANSicleibrx
The document discusses integrating Sustainable Energy Action Plans (SEAPs) with energy management systems according to ISO 50001. It describes a project involving 13 partners across 8 EU countries to support 43 municipalities. The project aims to define benchmarks and best practices for local governments to implement SEAPs and certify their energy management systems to ISO 50001. Integrating SEAPs and energy management systems can provide benefits like cost savings, easier access to funding, and improved energy efficiency.
1) Local authorities in France are facing budget constraints and increased obligations to reduce energy consumption and carbon emissions.
2) Energy management systems according to ISO 50001 and energy action plans like SEAPs can help local authorities monitor and reduce energy use.
3) When properly integrated, energy management systems can cover significant energy uses owned by the local authority and help achieve the goals of broader energy action plans through ongoing monitoring and improvement of energy performance.
This document discusses how local authorities can support the development and integration of SEAPs (Sustainable Energy Action Plans) with energy management systems according to ISO 50001. It provides an overview of energy performance contracting and ESCO models for financing energy efficiency projects in municipalities. A case study of the municipality of Ādaži in Latvia is presented, where an energy audit identified 1.33 million euros in needed investments for refurbishing public buildings. Options for implementing the projects through an ESCO using an energy performance contract are analyzed, including costs, benefits and financial modeling. Main conclusions are that grant funding and low interest rates are needed to attract private ESCO investment, and bundling multiple building projects can help refurbish
The document summarizes the Deputación de Ourense's experience developing sustainable energy action plans (SEAPs) according to ISO 50001. It describes analyses of the province's public lighting and vehicle fleet that identified opportunities to reduce energy consumption and emissions. As a result of measures taken, CO2 emissions have been reduced by 16-25% in recent years. The methodology used to create baseline emissions inventories and SEAPs for 19 municipalities is also outlined. The training provided an overview of developing SEAPs integrated with energy management systems based on best practices from Ourense.
This document discusses monitoring approaches for energy planning according to SEAPs and ISO 50001 energy management systems. It addresses what should be monitored within SEAP and EMS boundaries, including energy production, resources, distribution networks, and consumers. Responsibilities for monitoring are divided between the SEAP group and energy manager. Monitoring of public buildings and lighting is also covered, noting what specific energy data should be collected, such as fuel consumption and electricity usage. The frequency of monitoring is also addressed, with SEAPs monitored every two years and EMS monitored monthly or quarterly.
This document discusses options for implementing energy management systems in local municipalities to help achieve sustainable energy action plan (SEAP) targets. It presents three options for managing energy in public buildings: outsourcing energy management, appointing an in-house energy manager, or partnering with a district heating company. The document also describes two approaches municipalities can take - conducting energy audits and developing SEAPs, or integrating SEAPs into a formal energy management system according to ISO 50001. Key steps in the energy management process include setting boundaries, collecting energy data, analyzing consumption trends, and monitoring progress.
Marika Roša,EKODOMA: SEAP + EnMS implementation and monitoring in the Latvian...covcap1
1) Two Latvian municipalities, Ādaži and Daugavpils, are implementing energy management systems according to ISO 50001 to help achieve their SEAP goals.
2) Ādaži is focusing on six public buildings and street lighting within its energy management system boundaries. Daugavpils is including 98 public buildings, 150 meters of public lighting, and public transportation.
3) Both municipalities are working to establish responsibilities and processes to monitor energy consumption and ensure SEAP targets are met through their energy management systems.
The document discusses standards for sustainable cities and communities, specifically ISO 37101 for sustainable development in communities. It provides an overview of ISO Technical Committee 268, which developed the ISO 37100 family of standards for sustainable cities. ISO 37101 establishes requirements for a management system to guide local governments in developing strategies and indicators for sustainability goals. The standards are meant to support cities in benchmarking performance and integrating initiatives for resilient, smart, and sustainable development.
The document provides guidance on developing a Sustainable Energy Action Plan (SEAP) as part of the Covenant of Mayors initiative. It outlines the key steps in the SEAP process, including establishing political commitment, adapting administrative structures, building stakeholder support, conducting a baseline review, establishing a long-term vision and objectives, elaborating the SEAP, implementing policies and measures, and monitoring progress. The SEAP should set out how the local authority plans to reach its commitment to reduce CO2 emissions by at least 20% by 2020 through strategic actions and detailed measures over both the long-term and next 3-5 years.
Here we are with 1st newsleeter issue of LiCEA project. You can find inside 3 key questions & answers about project. Project´s background, target groups, project´s partnership and crucial activities are included as well.
The document discusses supporting local authorities in developing and integrating Sustainable Energy Action Plans (SEAPs) according to the ISO 50001 energy management system. It provides information on the Association of Municipalities Polish Network "Energie Cités" which supports sustainable energy planning for municipalities. It then outlines the process for integrating SEAPs with energy management systems and discusses actions, financing sources, and examples of projects utilizing the ESCO (energy service company) model for alternative project financing.
Webinar - Institutionalisation of the SEAP + EnMS - P.Płonkacov-cap
The document discusses how local authorities can institutionalize the process of developing and integrating Sustainable Energy Action Plans (SEAPs) according to the requirements of ISO 50001 energy management systems. It recommends that authorities ensure high-level political commitment, adapt city structures to appoint energy managers and teams, train staff, and build support from stakeholders. The process involves defining a long-term vision, assessing the current energy situation, setting targets, developing and implementing an action plan, and ongoing monitoring.
1 3rd webinar on implementing and integrating 50001_sea_ps_sog 2016 03 11_1covenant50001
This document summarizes a webinar on integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems according to ISO 50001. It discusses a project called "50000and1SEAPs" that supports 40 municipalities in 8 EU countries in developing SEAPs integrated with ISO 50001 certification. The webinar covers topics like establishing an energy baseline, defining direct and indirect energy use, collecting private sector energy data, differences between SEAPs and integrated SEAPs/EnMS, and the expected results of certifying municipalities and implementing energy actions. Integrating the two approaches provides benefits like improved energy management, access to funding, and increased transparency and reputation.
The document discusses requirements and guidelines for establishing an energy management system according to ISO 50001. It provides terminology and explanations of key parts of the certification process and energy management system documentation, including developing an energy policy, conducting energy reviews and audits, establishing energy performance indicators and baselines, and purchasing energy efficiently. It aims to help organizations improve energy performance and management through a systematic approach.
ELENA assistance case study - Pool Engineering S.r.lMarina Turcati
Marina Turcati presented on factors affecting public procurement practice for energy efficiency services in Italy. She discussed three key points:
1) The ELENA technical assistance facility has been implemented in several Italian cities including Milan, Chieti, and Padua to help structure and finance energy efficiency projects.
2) A methodology for meeting energy efficiency targets includes stakeholder consultations, identifying barriers, developing small initial procurements, and institutionalizing systems for long-term impact.
3) Initiatives like the Covenant of Mayors and ELENA program provide frameworks, financing, and technical support to help public authorities overcome barriers and implement energy efficiency projects at local and regional levels.
The document discusses the roles of coordinators and supporters in promoting and implementing the Covenant of Mayors initiative. It notes that the initiative has seen unprecedented success with over 5,000 signatories committing to reduce CO2 emissions by around 30%. Coordinators and supporters play key roles in promoting the initiative, providing technical support to signatories, and facilitating multi-stakeholder coordination. They assist signatories with activities like developing emissions inventories, energy action plans, training, and monitoring progress. Many coordinators and supporters also provide direct or indirect financial support for plan development and implementation.
The document discusses monitoring approaches for integrating Sustainable Energy Action Plans (SEAPs) with Energy Management Systems (EMS) according to ISO 50001. It outlines what should be monitored, including energy use boundaries and responsibilities. Regular energy data collection and analysis is important, with municipalities monitoring things like building energy use. Setting up procedures, tools, and involving staff helps ensure effective monitoring. Integrating SEAPs and EMS can help municipalities better understand energy planning needs, increase management support, and set ambitious targets.
The document discusses energy efficiency practices in Barcelona municipalities. It describes the Covenant of Mayors initiative which encourages local governments to reduce greenhouse gas emissions by 20% by 2020 through energy planning. Municipalities commit to drafting Sustainable Energy Action Plans and implementing efficiency actions. Many actions focus on buildings and lighting despite them not being largest emitters. Barriers include lack of coordination, knowledge of energy use, and interest from private investors in small projects. However, low-cost behavioral changes and projects that generate savings can fund investments through public-private partnerships.
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2 seap+ems development in local government step by step sog
1. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
2° Centralized training session
Wednesday, 1 October – Consorcil El Far, Moll de l’Escar - Barcelona
2. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
2
EnMS+SEAP development in Local Governments – step by step PART 1
How to develop a Sustainable Action Plan (SEAP) using the ISO 50001 approach
Emanuele Cosenza
SOGESCA S.r.l.
e.cosenza@sogesca.it
3. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SOGESCA’S ACTIVITIES AND TECHNICAL ASSISTENCE IN THE PROJECT
SOGESCA Srl Coordinator of the Project “50000and1SEAPs”
We are supporting the following italian Municipalities in SEAPs+EnMS development:
Montecchio Maggiore (23.743 inh.);
Marostica (13.894 inh.);
Pordenone (52.008 inh.);
Camposanpierese Municipalities Federation (11 Municipalities, 98.889 inh. in total)
3
4. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SOGESCA’S ACTIVITIES AND TECHNICAL ASSISTENCE IN THE PROJECT
3 midium-sized Munipalities developing SEAP+EnMS
1 Federation of 11 Municipalities developing a SEAP following the “Joint SEAP Option 2” + EnMS
4
5. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
THE COVENANT OF MAYORS INITIATIVE
The Covenant of Mayors is the mainstream European movement involving local and regional authorities, voluntarily committing to increasing energy efficiency and use of renewable energy sources on their territories.
6.004 Signatories
192 mln of inhabitants involved
5
6. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
THE COVENANT OF MAYORS TARGET BY 2020
The European Union is leading the global fight against climate change and made it its top priority. EU committed itself to reducing its overall emissions to at least 20% below 1990 levels by 2020
20% CO2 emissions reduction through
20% of energy efficiency
20% of energy produced by RES
6
7. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP
7
8. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
The definition of your Baseline Inventory Emission is essential to allow the LAs to have a clear vision of the priorities for actions and evaluate the impact of the measures.
Definition of the year of the BEI (from 1990 to… today);
Collecting all the information required for each sector;
Take into account that estimates based on national/regional averages would not be appropriated in most cases.
8
9. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
The SEAP should be elaborated based on complete and in depth knowledge of the local situation in terms of energy and greenhouse gas emission.
Data consumption related to P.A. activities;
Data consumption in private sectors;
Data on energy produced locally (RES and not RES);
Not energy related sectors
9
10. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
Public Administration consumption data.
Electricity consumption in Public Buildings;
Thermal consumption in Public Buildings;
Electricity consumption of Public Lighting System;
Fuel consumption of the Government vehicle fleet and of the Public Transport vehicles (if presents);
Information on waste and water treatment;
RES installed on Public Buildings and facilities.
10
11. Supporting Local Authoritites in the Development and Integration of SEAPs with
Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE?
DEFINITION OF A BASELINE EMISSION INVENTORY
Energy consumption in LAs sectors (IT average).
52%
17%
31%
Public Buildings
Vehicles fleet
Public lighting
11
12. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
Private sectors consumption data.
Electricity and thermal consumption in Residential, Tertiary, Industrial (not ETS) and Agriculture sectors;
Fuel consumption/sale in private Transport;
RES installed in private sectors (Residential, Tertiary, Industrial and Agriculture).
Not RES Local energy production (waste incineration)
12
13. Supporting Local Authoritites in the Development and Integration of SEAPs with
Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE?
DEFINITION OF A BASELINE EMISSION INVENTORY
Energy consumption in private sectors (IT average).
26%
15%
10%
47%
0,31% 0,31% Residential
Commercial
Industrial
Transport
Local Energy Production
(Waste incineration)
Energy Production from
Renewable sources
13
14. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
Identify the most important indicators in the BEI.
What is the energy consumption and CO2 emissions of the different sectors present in the BEI;
Who produces energy and how much? What are the most important sources of energy?;
What are the drivers that influence energy consumption;
14
15. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
Identify the most important indicators in the BEI.
What are the impacts associated with energy consumption (air pollution, traffic congestion, …);
How many kWh or m3 are consumed per sector;
How many litres/tones of fuels are consumed by vehicles in the terriotory.
15
16. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHERE ARE WE? DEFINITION OF A BASELINE EMISSION INVENTORY
Tool proposed for BEI draft.
file://localhost/Users/mariamatildecosenza/Desktop/Materiale Training Barcelona per PPT/Basic_GHG_Inventory_Tool_V01_Jan2013.xlsx
16
17. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: INVOLVEMENT OF CITIZENS AND STAKEHOLDERS IN THE PROCESS
Starting from this analysis we are ready to select the measures to reduce CO2 emissions in our territory.
Take into account that LGs CO2 emissions represent 2-3% on the total emissions in your territory.
LGs measures to reduce CO2 emissions are very important not only to reduce emissions but also to encourage citizens and stakehoders of private sectors;
The involvement of citizens and stakeholders in the SEAP development process it’s a fundamental step to reduce energy consumption.
17
18. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: INVOLVEMENT OF CITIZENS AND STAKEHOLDERS PROCESS
The involvement of stakeholders and citizens (guided by LGs admininstrators) as a key element of a successful SEAP
To implement and achieve the objectives of the Plan, the adhesion, involvement and partecipation of citizens and stakeholders is essential;
The mobilization of the civil society is part of the CoM commitments;
18
19. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: INVOLVEMENT OF CITIZENS AND STAKEHOLDERS PROCESS
The involvement of stakeholders and citizens (guided by LGs administrators) as a key element of a successful SEAP
The involvement of citizens and stakeholders should be useful to collect real data consumption of the territory;
The most important sectors in which CO2 is produced usually are Residential, Transport and Industrial. For a successful results is essential to reduce emissions in those sectors.
19
20. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO PLAN ACTIONS AND MEASURES FOR THE FULL DURATION OF THE PLAN
Planning actions and measures: it’s important to plan a long-term strategy, reporting detailed information for each mesure included in the SEAP.
Description of each measure;
Definition of the LGs departmert responsible, person/company;
Timing (end-start, major milestones);
20
21. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO PLAN ACTIONS AND MEASURES FOR THE FULL DURATION OF THE PLAN
Measures that should be implemented by the LGs.
Energy efficiency measures on Public Buildings: envelopes, windows replacement, heating plant replacement;
Energy efficiency measures on Public Lighting System (lamps replacement, revision of supply contracts, double check on electric meters power);
Action relateded to the Public Transport: logistic solution for traffic congestion, cleaner/efficient vehicles
21
22. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO PLAN ACTIONS AND MEASURES FOR THE FULL DURATION OF THE PLAN
Measures that should be implemented by the LGs.
Cycle paths;
Tree planting;
New regulation on residential sector (sustainability annex);
RES production by PV, solar thermal, geothermal, wind power, …
Communication and information campaigns and dissemination activities.
22
23. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO PLAN ACTIONS AND MEASURES FOR THE FULL DURATION OF THE PLAN
Measures that should be implemented in Private sectors by citizens and stakeholders with the contribution of the LGs
Energy efficiency measures on Residential Buildilgs (envelopes, windows replacement, heating plants replacement, efficiency on appliances, …)
Energy efficiency in the Tertiary sector (heating plant replacement in the Hotels, Hostels, …);
Energy efficiency measures in the Industrial sector (inverter installation, lighting system, …)
23
24. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO PLAN ACTIONS AND MEASURES FOR THE FULL DURATION OF THE PLAN
Measures that should be implemented in Private sectors by citizens and stakeholders with the contribution of the LGs
Energy efficiency measures on private Transport (cleaner/efficient vehicles throgh implementation of Regulation 443/2009/CE, urban planning for traffic congestion solution, electric vehicles stimulation, …);
Waste treatment management (improvement of separeted waste collection and reduction of residual waste);
Others…
24
25. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: WHAT KIND OF MEASURES SHOULD BE IMPLEMENTED IN WHICH SECTORS
Planning actions and measures, it’s important to plan a long-term strategy, reporting detailed information for each mesure included in the SEAP.
Cost estimation per measure;
Estimated energy saving/increased renewable energy production;
Estimated CO2 reduction
25
26. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: LEVEL OF DETAIL OF THE MEASURES
The level of detail in the description of each measure/action is to be decided by LGs. However, take into account that the SEAP is at the same time:
A working instrument to be used during the implementation;
A communication tool towards citizens and stakeholders;
The level of detail should be sufficient to avoid further discussion at the political level and to have an energy and environmental tool useful for the territory management
26
27. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: LEVEL OF DETAIL OF THE MEASURES
SOGESCA Srl experience on SEAPs development: definition of detailed measures.
The experience of the Municipality of Bassano del Grappa (Italy) in the IEE Covenant CapaCITY Project
file://localhost/Users/mariamatildecosenza/Desktop/Materiale Training Barcelona per PPT/PAES_Bassano REV 18 03 2014.pdf
27
28. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: SEAP APPROVAL BY MUNICIPAL COUNCYL (OR EQUIVALENT DECISION-MAKING BODY)
Strong political support is essential to ensure the success of the process, from SEAP design to implementation and monitoring. This is why the SEAP must be approved by the Municipal Council (or equivalent decision making-body).
The SEAP must contain a clear strategy to reduce CO2 emission;
Concrete actions and measures;
Clear responsibilities;
A long-term vision.
28
29. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: SEAP APPROVAL BY MUNICIPAL COUNCYL (OR EQUIVALENT DECISION-MAKING BODY)
Strong political support is essential to ensure the success of the process, from SEAP design to implementation and monitoring. This is why the SEAP must be approved by the Municipal Council (or equivalent decision making-body).
The SEAP should to become the strategic tool for the energy management of the territory;
After the SEAP approval, it’s mandatory to update the SEAP on the CoM online platform.
29
30. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO SUBMIT THE SEAP
After the approval by the Municipality Council it’s mandatory to submit the SEAP on the Covenant of Mayors online template to reecive a formal approval from the Joint Research Centre
http://www.eumayors.eu/sign-in_en.html
30
31. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: HOW TO SUBMIT THE SEAP
Formal approval by the JRC and Feedback Report:
SOGESCA S.r.l. experience with the Municipality of Este.
file://localhost/Volumes/AME/Materiale Training Barcelona per PPT/Feedback report Este.pdf
31
32. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: IMPLEMENTATION OF THE ACTION PLAN
SEAP implementation is the step that takes the longest time, efforts and financial means. This is the reason why mobilization of citizens and stakeholders is crucial.
The LGs internal organisation for the implementation of the Action is a fundamental step;
The organisation of specific round tables divided per sector (Res., Ind.; Transp.) should be a good solution.
32
33. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: IMPLEMENTATION OF THE ACTION PLAN
Good practices in SEAP implementation process:
Mayors in Action Project
http://www.mayorsinaction.eu/home/
Support LAs in the implementation and monitoring SEAP measures:
2 LGs Actions;
1 Action in private sector
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34. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: IMPLEMENTATION OF THE ACTION PLAN
Good practices in SEAP implementation process:
Municipality of Schio (already supported by Covenant CapaCITY Project in SEAP development process)
Involvement of stakeholders through the organization of 3 thematic round tables:
1.Energy Efficiency solutions in Residential sector;
2.Energy Efficiency solution in Industrial sector;
3.Urban planning solution for the private Transport sector.
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35. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
35
EnMS+SEAP development in Local Governments – step by step PART 2
Integrating energy action planning and EnMS
36. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP AND SEAP+ENERGY MANAGEMENT SYSTEM, WHAT ARE THE DIFFERENCES?
SEAPs
SEAP+EnMS
Internal Structure of the Public Administration
Top Management
Baseline Emission Inventory
Energy Baseline + definition of EnPI
Vision of the most relevant aspects
Energy Policy
Action Plans
Action Plans
Implementation
Implementation
Monitoring and reporting of the actions
Monitoring and measure for Effectiveness (what to measure, how, who is the responsible, frequency, …)
Internal and External Communication (stakeholders involvement, Energy Days, …)
Internal and external Communication
Approval by JRC
Certification and Registration (stage 1 and Stage 2)
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37. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP AND SEAP+ENERGY MANAGEMENT SYSTEM, WHAT ARE THE DIFFERENCES?
SEAPs
SEAPs + EnMS
Energy Consumption in Public Administration (Buildings, Public Lighting, Vehicle fleet)
(Should be an estimation)
Energy Consumption in Public Administration (Buildings, Public Lighting, Vehicle fleet)
(Real consumption data)
Energy Consumption in Private sectors: Residential, Commercial, Industrial, Private Transport, Waste production, Renewable energy Production (…)
Definition of EnMS boundaries:
Application of the EnMS at P.A. areas including EnMS approach for private sectors management
Definition of consumption indicators
(MWh/year – CO2 reduction/year)
Energy Performance Indicators (EnPI)
(Detailed indicators about energy use)
Definition of monitoring indicators
Definition of monitoring indicators
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38. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: DEFINITION OF A METHODOLOGICAL APPROACH
First of all, SEAP + EnMS approach required the definition of some energy benchmarks to evaluate the energy performance of the various users and to identify the anomalies in the way of consuming.
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39. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: DEFINITION OF A METHODOLOGICAL APPROACH
Phase 1:
Definition of the available information about energy consumption in your organization (LGs);
Phase 2:
Calculation of the parameters of efficiency for the various typoligies of energy use;
39
40. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: DEFINITION OF A METHODOLOGICAL APPROACH
Phase 3:
Definition of the EnPI and a monitoring methodology;
Phase 4:
Individuation of the improvement opportunities with a benefit-cost evaluation.
40
41. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: DEFINITION OF A METHODOLOGICAL APPROACH
This approach can constitute a guide, a standard procedure, for the energy management activities in a Public Administration supporting who try to rationalize the energy performance of a Public organisation
41
42. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: SIGNIFICANT AREAS OF ENERGY USE AND ENERGY CONSUMPTION ON A PUBLIC ADMINISTRATION
Public Buildings and facilities;
Public Lighting;
Vehicles fleet.
42
43. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: SIGNIFICANT AREAS OF ENERGY USE AND ENERGY CONSUMPTION ON A PUBLIC ADMINISTRATION
Typology, power installed, energy production and use
Renewable energy plants
Heating plant (power, model, technical information)
Thermal Consumption
Lamps, power installed, hours of use
Electrical Consumption
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44. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: Government buildings and facilities – seap indicators
kWh or MWh/year reduction
CO2 reduction/year by electricity consumption
m3/year reduction
CO2 reduction/year by thermal consumption
kWhel/th produced by renewable energy plant/year
CO2 reduction/year by renewable energy production
Costs indicators
Other…
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45. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: Government buildings and facilities – energy management system indicators
kWh/m2th
kWh/m3th
kWh/m2el
kWhel/th produced by renewable energy plant/year
Costs indicators:
€/kWhth/m3
€/kWhel
Other…
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46. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: government buildings and facilities – enerrgy management system indicators
Why???
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47. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: ENERGY CONSUMPTION IN PUBLIC LIGHTING
Annual Consumption in MWh
Number of lamps
Number of smart meters
Costs
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48. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption in Public lighting – SEAp indicators
kWh/year consumption;
CO2/year emission;
Lamps replaced;
Compliance with the rules of the National Road Safety Act;
Other…
48
49. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption in Public lighting – energy management system indicators
Number of lamps;
Power installed per lamp and per electric meter;
Consumption/lamps;
Consumption/electric meter;
Lamps installed for each electric meter;
Hours of operation per year;
Compliance with the rules of the National Road Safety Act;
Other…
49
50. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption of the vehicles fleet – seap indicators
Vehicles
fleet
Fuel consumption/year
Sector
Km/year
Fuel (gasoline/ diesel/Liquid gas)
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51. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption of the vehicles fleet – energy management system indicators
Number of km/years (each vehicle);
Number of liters of fuel per year (each vehicle) ;
Liters/km (each vehicle);
€/km or €/year for fuel purchase (each vehicle);
Other…
51
52. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption in private sectors – residential sector as example
Energy efficiency (performance) of the installed boilers;
Number of new efficient boilers installed each year;
Fuel consumption and/or tCO2 emitted;
Fuel consumption and/or tCO2/number of citizens;
Fuel consumption and/or tCO2/number of m2 of heated buildings;
Other…
52
53. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP development process step by step: energy consumption in Public Admininstration – proposed tool
Tool proposed tool during the first Training Session:
file://localhost/Volumes/AME/Materiale Training Barcelona per PPT/Proposed tools for P.A.50000 and 1 SEAPs_Centralized Training Session slide 28.xlsx
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54. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: MONITORING, MEASURES AND ANALYSIS
Using the ISO 50001 approach, we’ll be ready to analyse, identify and define:
Significant energy use;
Energy review;
Relevant variables to significant energy use;
EnPI;
Effectviveness of the Action Plan in achieving obkectives and targets;
Monitor the Action Plan
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55. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
SEAP DEVELOPMENT PROCESS STEP BY STEP: LAST BUT NOT LEAST SUGGESTIONS
Define the responsibility in your LAs starting from the Top Management;
Define the Energy Policy including a commitment to continual improvement in energy performance;
Implement the Operational Control identifying operations, responsabilities and maintenance activities:
Update your opportunities register;
In case it is not possible to monitor specific information about data consumption (ex.), insert this specific activity in your opportunities register.
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56. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
EXAMPLE OF A OPPORTUNITIES REGISTER
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57. Supporting Local Authoritites in the Development and Integration of SEAPs with Energy management SystemsAccording to ISO 500001
www.500001seaps.eu
@500001SEAPs
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THANK YOU FOR YOUR KIND ATTENTION.
Emanuele Cosenza
SOGESCA S.r.l.
e.cosenza@sogesca.it