This document summarizes discussions from a meeting on energy services and ESCo's in Milan. It outlines the split incentive barrier where different organizations pay for energy investments and bills. It also describes several initiatives in the Netherlands to address this, including a national energy agreement, guidance from the Ministry of Internal Affairs, and tools like a Green Lease Menu to facilitate agreements between landlords and tenants. Examples are given of sustainable renovation projects and plans for all-in rent for national government buildings to overcome split incentives.
Heating without the hot air: Principles for smart heat electrificationLeonardo ENERGY
This document discusses principles for smart heat electrification in Europe. It notes that heating accounts for around 50% of energy use in the EU, with 75% currently generated from fossil fuels. The residential sector is most important for space heating. The document outlines four principles for heat electrification: 1) prioritize energy efficiency to reduce costs and enable thermal storage, 2) recognize the value of flexible heat loads for integrating renewable energy, 3) understand how load changes affect emissions, and 4) design electricity tariffs to reward flexibility. A range of policies are needed to accelerate the replacement of fossil fuel heating with low-carbon alternatives like heat pumps.
Can artificial intelligence (AI) create every-day value in district heating a...Leonardo ENERGY
The document discusses using artificial intelligence to create value in district heating. It provides background on NODA, an AI company, and VITO, a research institute. Digitalization is driving changes in energy through increased data collection and automated analysis. A digital heat network is defined as having many sensors, automated data handling, and using analysis for optimization rather than just billing. Examples of EU projects applying AI to district heating are described. NODA's system uses forecasting, planning, tracking and building agents to integrate buildings into smart thermal grids. The role of data, information and knowledge in AI systems is covered. In conclusion, district heating is seen as important for smart cities and sustainable energy through the use of intelligent energy services.
The document discusses The Urban Institute (UI!), a leading startup in smart city technologies. It provides a real-time open urban platform called UrbanPulse and best-in-class smart services. UI! has a strong customer base and the largest smart city network in Germany. It also participates in the European Innovation Partnership initiative to develop open standards and has contributed a project called CROSSFLEET to optimize electric car sharing.
AURES II - Renewable energy Auction Database and overview of auction schemes ...Leonardo ENERGY
Recording at https://youtu.be/gF-XicTOi2M
The project AURES II (Auctions for Renewable Energy Support) investigates design options for renewable energy auctions and gives recommendations on their use.
AURES II has collected data comprising the design elements, as well as the awarded auction prices and realisation rates in a single database based on the renewable energy auctions implemented in the EU. Based on this, our project aims to gain new quantitative insights on how design elements influence auction performance.
This webinar will present the Auction Database and a first, holistic overview of the design elements used in the various countries of the EU.
Nice Cote d'Azur: a leading smart city - IRIS case studyIRIS Smart Cities
Nice, France is taking a pioneering approach to turn natural challenges into opportunities - by accelerating smart and sustainable solutions in energy, mobility and ICT. Discover them in-depth here.
Including:
- Smart Grid innovations for management, storage and brokerage
- Positive Energy Buildings
- District heating and cooling
- Electric shared mobility
Remida energy agency of la ribera - gorizia 13.5.2015Informest
This document discusses the REMIDA project's final meeting and the selection of a pilot action for the city of Carlet, Spain. It was proposed that the pilot action focus on promoting the installation of photovoltaic plants in municipal buildings to generate electricity for self-consumption. The document provides details on Carlet's electricity consumption profile, the proposed technical solution of an 11.52 kWp photovoltaic system, and estimated energy production, savings, and payback period. It also discusses developing an energy service contract through a public tender process and selecting a private energy service company to install and initially own the system, with the city taking ownership after a period of time. The implementation status and next steps are outlined, along with
This document summarizes discussions from a meeting on energy services and ESCo's in Milan. It outlines the split incentive barrier where different organizations pay for energy investments and bills. It also describes several initiatives in the Netherlands to address this, including a national energy agreement, guidance from the Ministry of Internal Affairs, and tools like a Green Lease Menu to facilitate agreements between landlords and tenants. Examples are given of sustainable renovation projects and plans for all-in rent for national government buildings to overcome split incentives.
Heating without the hot air: Principles for smart heat electrificationLeonardo ENERGY
This document discusses principles for smart heat electrification in Europe. It notes that heating accounts for around 50% of energy use in the EU, with 75% currently generated from fossil fuels. The residential sector is most important for space heating. The document outlines four principles for heat electrification: 1) prioritize energy efficiency to reduce costs and enable thermal storage, 2) recognize the value of flexible heat loads for integrating renewable energy, 3) understand how load changes affect emissions, and 4) design electricity tariffs to reward flexibility. A range of policies are needed to accelerate the replacement of fossil fuel heating with low-carbon alternatives like heat pumps.
Can artificial intelligence (AI) create every-day value in district heating a...Leonardo ENERGY
The document discusses using artificial intelligence to create value in district heating. It provides background on NODA, an AI company, and VITO, a research institute. Digitalization is driving changes in energy through increased data collection and automated analysis. A digital heat network is defined as having many sensors, automated data handling, and using analysis for optimization rather than just billing. Examples of EU projects applying AI to district heating are described. NODA's system uses forecasting, planning, tracking and building agents to integrate buildings into smart thermal grids. The role of data, information and knowledge in AI systems is covered. In conclusion, district heating is seen as important for smart cities and sustainable energy through the use of intelligent energy services.
The document discusses The Urban Institute (UI!), a leading startup in smart city technologies. It provides a real-time open urban platform called UrbanPulse and best-in-class smart services. UI! has a strong customer base and the largest smart city network in Germany. It also participates in the European Innovation Partnership initiative to develop open standards and has contributed a project called CROSSFLEET to optimize electric car sharing.
AURES II - Renewable energy Auction Database and overview of auction schemes ...Leonardo ENERGY
Recording at https://youtu.be/gF-XicTOi2M
The project AURES II (Auctions for Renewable Energy Support) investigates design options for renewable energy auctions and gives recommendations on their use.
AURES II has collected data comprising the design elements, as well as the awarded auction prices and realisation rates in a single database based on the renewable energy auctions implemented in the EU. Based on this, our project aims to gain new quantitative insights on how design elements influence auction performance.
This webinar will present the Auction Database and a first, holistic overview of the design elements used in the various countries of the EU.
Nice Cote d'Azur: a leading smart city - IRIS case studyIRIS Smart Cities
Nice, France is taking a pioneering approach to turn natural challenges into opportunities - by accelerating smart and sustainable solutions in energy, mobility and ICT. Discover them in-depth here.
Including:
- Smart Grid innovations for management, storage and brokerage
- Positive Energy Buildings
- District heating and cooling
- Electric shared mobility
Remida energy agency of la ribera - gorizia 13.5.2015Informest
This document discusses the REMIDA project's final meeting and the selection of a pilot action for the city of Carlet, Spain. It was proposed that the pilot action focus on promoting the installation of photovoltaic plants in municipal buildings to generate electricity for self-consumption. The document provides details on Carlet's electricity consumption profile, the proposed technical solution of an 11.52 kWp photovoltaic system, and estimated energy production, savings, and payback period. It also discusses developing an energy service contract through a public tender process and selecting a private energy service company to install and initially own the system, with the city taking ownership after a period of time. The implementation status and next steps are outlined, along with
EU-China Urban Summit: pathways to urban innovationIRIS Smart Cities
This document provides information about smart city initiatives in Utrecht, Netherlands. It discusses Utrecht's goals of becoming climate neutral by 2030 and transforming its energy systems. Specific targets mentioned include increasing solar panels and electric vehicles. The document also describes a project in the Kanaleneiland-Zuid district that combines solar energy, social housing, and electric mobility through co-creation with citizens. Utrecht serves as a lighthouse city providing examples for other cities to replicate smart and sustainable solutions.
Vehicle to Grid ecosystem at scale: Utrecht case studyIRIS Smart Cities
This document discusses Utrecht's plans to transition to electric vehicles and renewable energy sources through a bidirectional V2G ecosystem. Some key points:
- Utrecht aims to have 25,000 electric vehicles by 2025 and 55,000 by 2030, requiring an expansion of public charging infrastructure.
- The city plans to install bidirectional vehicle-to-grid chargers that can use electric vehicles' batteries to provide power back to the grid as needed.
- Combining electric vehicles, solar power, electric heating in homes, and stationary batteries, Utrecht's vision is for the V2G ecosystem to help power the city while avoiding extensive grid upgrades in urban areas.
- The goals
Utrecht in the Netherlands is showing speed and scale is possible for European smart city initiatives. Discover them in-depth here.
Within the IRIS Smart Cities project three key areas are gaining traction around the Kanaleneiland demonstration site, but also city-wide:
- Retrofitting and Citizen Engagement
- Vehicle 2 Grid energy and mobility system
- Monitoring and Data Services for open innovation and energy performance
How Artificial Intelligence (AI) is driving the smart home and preventing the grid from congestion.
How does smart control really works and what values does it bring? How can energy efficiency and residential comfort go hand in hand? How is this visualized to the different stakeholders. What's the role of the Smart Home in Smart Grids and how do they interoperate? How are operations and service quality guaranteed? Stefan Lodeweyckx | CEO | Enervalis
Regulatory Innovation Zones for Smart Energy NetworksLeonardo ENERGY
European RD&I Demonstration activities related to smart grids are key to test and validate the functionalities of new products and services in controlled but real environment. However, being the grid sector regulated the development and validation of innovative solutions is often slowed down.
Energy Transition needs innovation acceleration. Many of the changes needed are related to evolving relationship between the different energy stakeholders. Two main drivers foster innovation in the energy sector: demonstration and regulation. Demonstration enables to test new products and services in real environment, to fine-tune them and to measure their real impact; regulation defines the framework and the technical and economic relations between the different agents operating in the energy sector.
In this context, Regulatory Innovation Zones for Smart Energy Networks (or “Innovation Sandboxes”) are an opportunity to close that gap, speeding-up market uptake, while enabling European Regulatory Bodies to test various temporary schemes and mechanisms without modifying the regulatory framework.
Smart and sustainable is more than a philosophy in Gothenburg, it connects everything and everyone across their IRIS Smart Cities demonstration case. Discover their flagship activities in-depth here.
Anchored around the Johanneburg Science Park, a series of cutting-edge technologies and approaches are driving:
- An energy positive district
- Living lab-tested innovations in renewable energies and user behaviour
- A range of integrated 'Mobility as a Service' smart mobility initiatives
- and a City Information Model to collect, process and visualise vast amounts of data
This document discusses financing smart sustainable cities. It focuses on economic and financial analysis for smart city projects. The analysis involves examining the socio-economic context of cities, financial analysis of individual measures, economic impacts of measures, and developing business models. Understanding the context is important for determining if projects are suitable and investments feasible. The analysis also considers whole economic impacts rather than just the perspective of individual companies. Business models for smart city projects need to align with goals, be self-reinforcing, and robust. The document uses examples from Stockholm, Cologne, and Barcelona to illustrate these points.
City Innovation Platforms: applications in energy efficiency and environmenta...IRIS Smart Cities
Discover the open, scalable data platforms fuelling new possibilities in energy management, efficiency and more.
Application & key takeaways from two case studies in Metropole Nice Cote d'Azur, France
Recording and Q&A on YouTube: https://youtu.be/Ca13ZkSjNJ0
Assessment of smart grid initiatives: the ISGAN smartgrideval toolkitLeonardo ENERGY
Webinar recording at https://youtu.be/nUEP6WQ8aUg
Smart grid initiatives have grown the complexity of planning activities, the related wide-range impacts require broad approaches for being properly accounted. The webinar analyses current practices and use cases of the assessment approaches. The advantages of combining Cost-Benefit and Multi-Criteria analyses are presented. A tutorial on the smartgrideval software developed as a part of ISGAN activities is provided.
Presentation About State of Play of European SET-Plan Action 4 on Smart Networks for the Energy Transition at SET-Plan Conference in Bucharest, June 2019
Buildings account for 40% of the EU's total energy consumption, and public sector buildings should lead in improving energy efficiency. The Energy Performance of Buildings Directive requires all new public buildings be nearly zero-energy by 2018. Nearly zero-energy buildings have high energy performance and get most of their energy from renewable sources. To achieve this in public buildings requires addressing challenges like long procurement processes, preservation of historical structures, and changing employee behaviors. Business plans can help visualize the benefits of energy efficiency projects to overcome barriers.
Regulatory Sandboxes in the Energy Sector | DSM UniversityLeonardo ENERGY
This presentation introduces the concept of regulatory sandboxes for the energy sector, compares a range of national approaches to the sandbox process and assesses what the benefits and shortcomings of sandboxes are in the heavily-regulated energy sector. Speaker: Alexandra Schneiders, University College London
SUNSHINE delivers an extensible open toolkit featuring three smart services for:
- energy assessment of buildings at urban scale for the creation of “ecomaps” and their energy pre-certification;
- optimisation of energy consumption of heating/cooling systems based on localised weather forecasts and energy modelling of buildings;
- optimisation of power consumption through remote control of public illumination levels.
The toolkit will be delivered as interoperable open middleware ensuring, in an interoperable manner:
access to geospatial features;
access to Automatic Meter Reading (AMR) functions;
definition of alerts.
http://www.sunshineproject.eu/
The document discusses energy management in business facilities. It outlines the services of an energy management company, including facilities management, maintenance, environmental services, energy management, audits, and sustainable energy projects. Examples are given of projects implemented at various client sites that achieved significant energy and cost savings through retrofitting systems, improving controls, and implementing renewable energy sources. The benefits of energy efficiency projects are discussed as improving profits through reduced costs, attracting grants, developing expertise, and providing marketing opportunities.
Smart and Flexible 100 % Renewable District Heating and Cooling Systems for E...Alessandra Cavalletti
This document summarizes a meeting to kick off the SmartReFlex task forces in Emilia-Romagna, Italy. It discusses the relevant energy policies at the national, regional, and local levels. At the regional level, a 2012 energy plan aims to meet the EU's 20-20-20 goals, and most municipalities have signed the Covenant of Mayors to implement the plan locally. The document then outlines the ANCI ER's strategy to build capacity on energy issues among municipalities through working groups, training, and supporting the development of sustainable energy action plans. Finally, it presents an initial brainstorming discussion on using case studies of existing district heating projects to help define models for different local situations and build regional frameworks in a
EPCC is a leading supercomputing center that is fully self-sustaining with over 110 staff. It provides national supercomputing resources and works with companies on high performance computing and data analytics projects. The Edinburgh and Southeast Scotland City Region Deal aims to make the region the "Data Capital of Europe" through a data driven innovation program. EPCC is central to this program and will host the new World Class Data Infrastructure, a high performance data center and resources to support work with large, complex datasets across various sectors. The infrastructure seeks to train regional workforce in data technologies and enable businesses to leverage data innovation.
Meeting di Kick-Off del progetto sulle piccole rete di tele riscaldamento/raffrescamento (District H/C). Il progetto è coordinato da Ambiente Italia (Riccardo Battisti).
The document summarizes the key points from a presentation by Dr. Colette Maloney of the European Commission on putting smart technologies at the center of green economic policies. It outlines the EU's three 2020 targets for reducing greenhouse gas emissions, increasing renewable energy, and improving energy efficiency. It argues that information and communication technologies can help achieve these goals through smart buildings, grids, cities, and other applications. The EC recommends measuring ICT's benefits and potential negative impacts. It also describes the European Smart Cities Initiative to fund projects in 25-30 cities and a Green Digital Charter signed by 21 cities.
The document discusses using electric vehicles to provide flexibility and grid services through vehicle-to-building bidirectional charging. It summarizes a pilot that demonstrated integrating EVs, buildings, and local energy generation through bidirectional chargers and an energy management system. The pilot showed reductions in CO2 emissions, energy consumption, and energy costs of 17.6%, 13.0%, and 16.0% respectively. However, challenges remain around technology maturity, business models, social acceptance, and regulation that need to be addressed for vehicle-to-everything solutions to scale. The plan is to deploy new pilots and work to include vehicle-to-grid capabilities in grid codes and standards.
Solar District Heating best-practice examples from Italy Riccardo Battisti
Presentation held on November 21, 2018, within the webinar 'Solar District Heating: a look into a state of the art technology' jointly organised by Euroheat and Power and Solar Heat Europe (https://www.euroheat.org/events/solar-district-heating-look-state-art-technology/).
EnergiBasque is a comprehensive strategy designed to position the Basque Country as a benchmark of knowledge and a leader in industrial development in the field of Energy.
EU-China Urban Summit: pathways to urban innovationIRIS Smart Cities
This document provides information about smart city initiatives in Utrecht, Netherlands. It discusses Utrecht's goals of becoming climate neutral by 2030 and transforming its energy systems. Specific targets mentioned include increasing solar panels and electric vehicles. The document also describes a project in the Kanaleneiland-Zuid district that combines solar energy, social housing, and electric mobility through co-creation with citizens. Utrecht serves as a lighthouse city providing examples for other cities to replicate smart and sustainable solutions.
Vehicle to Grid ecosystem at scale: Utrecht case studyIRIS Smart Cities
This document discusses Utrecht's plans to transition to electric vehicles and renewable energy sources through a bidirectional V2G ecosystem. Some key points:
- Utrecht aims to have 25,000 electric vehicles by 2025 and 55,000 by 2030, requiring an expansion of public charging infrastructure.
- The city plans to install bidirectional vehicle-to-grid chargers that can use electric vehicles' batteries to provide power back to the grid as needed.
- Combining electric vehicles, solar power, electric heating in homes, and stationary batteries, Utrecht's vision is for the V2G ecosystem to help power the city while avoiding extensive grid upgrades in urban areas.
- The goals
Utrecht in the Netherlands is showing speed and scale is possible for European smart city initiatives. Discover them in-depth here.
Within the IRIS Smart Cities project three key areas are gaining traction around the Kanaleneiland demonstration site, but also city-wide:
- Retrofitting and Citizen Engagement
- Vehicle 2 Grid energy and mobility system
- Monitoring and Data Services for open innovation and energy performance
How Artificial Intelligence (AI) is driving the smart home and preventing the grid from congestion.
How does smart control really works and what values does it bring? How can energy efficiency and residential comfort go hand in hand? How is this visualized to the different stakeholders. What's the role of the Smart Home in Smart Grids and how do they interoperate? How are operations and service quality guaranteed? Stefan Lodeweyckx | CEO | Enervalis
Regulatory Innovation Zones for Smart Energy NetworksLeonardo ENERGY
European RD&I Demonstration activities related to smart grids are key to test and validate the functionalities of new products and services in controlled but real environment. However, being the grid sector regulated the development and validation of innovative solutions is often slowed down.
Energy Transition needs innovation acceleration. Many of the changes needed are related to evolving relationship between the different energy stakeholders. Two main drivers foster innovation in the energy sector: demonstration and regulation. Demonstration enables to test new products and services in real environment, to fine-tune them and to measure their real impact; regulation defines the framework and the technical and economic relations between the different agents operating in the energy sector.
In this context, Regulatory Innovation Zones for Smart Energy Networks (or “Innovation Sandboxes”) are an opportunity to close that gap, speeding-up market uptake, while enabling European Regulatory Bodies to test various temporary schemes and mechanisms without modifying the regulatory framework.
Smart and sustainable is more than a philosophy in Gothenburg, it connects everything and everyone across their IRIS Smart Cities demonstration case. Discover their flagship activities in-depth here.
Anchored around the Johanneburg Science Park, a series of cutting-edge technologies and approaches are driving:
- An energy positive district
- Living lab-tested innovations in renewable energies and user behaviour
- A range of integrated 'Mobility as a Service' smart mobility initiatives
- and a City Information Model to collect, process and visualise vast amounts of data
This document discusses financing smart sustainable cities. It focuses on economic and financial analysis for smart city projects. The analysis involves examining the socio-economic context of cities, financial analysis of individual measures, economic impacts of measures, and developing business models. Understanding the context is important for determining if projects are suitable and investments feasible. The analysis also considers whole economic impacts rather than just the perspective of individual companies. Business models for smart city projects need to align with goals, be self-reinforcing, and robust. The document uses examples from Stockholm, Cologne, and Barcelona to illustrate these points.
City Innovation Platforms: applications in energy efficiency and environmenta...IRIS Smart Cities
Discover the open, scalable data platforms fuelling new possibilities in energy management, efficiency and more.
Application & key takeaways from two case studies in Metropole Nice Cote d'Azur, France
Recording and Q&A on YouTube: https://youtu.be/Ca13ZkSjNJ0
Assessment of smart grid initiatives: the ISGAN smartgrideval toolkitLeonardo ENERGY
Webinar recording at https://youtu.be/nUEP6WQ8aUg
Smart grid initiatives have grown the complexity of planning activities, the related wide-range impacts require broad approaches for being properly accounted. The webinar analyses current practices and use cases of the assessment approaches. The advantages of combining Cost-Benefit and Multi-Criteria analyses are presented. A tutorial on the smartgrideval software developed as a part of ISGAN activities is provided.
Presentation About State of Play of European SET-Plan Action 4 on Smart Networks for the Energy Transition at SET-Plan Conference in Bucharest, June 2019
Buildings account for 40% of the EU's total energy consumption, and public sector buildings should lead in improving energy efficiency. The Energy Performance of Buildings Directive requires all new public buildings be nearly zero-energy by 2018. Nearly zero-energy buildings have high energy performance and get most of their energy from renewable sources. To achieve this in public buildings requires addressing challenges like long procurement processes, preservation of historical structures, and changing employee behaviors. Business plans can help visualize the benefits of energy efficiency projects to overcome barriers.
Regulatory Sandboxes in the Energy Sector | DSM UniversityLeonardo ENERGY
This presentation introduces the concept of regulatory sandboxes for the energy sector, compares a range of national approaches to the sandbox process and assesses what the benefits and shortcomings of sandboxes are in the heavily-regulated energy sector. Speaker: Alexandra Schneiders, University College London
SUNSHINE delivers an extensible open toolkit featuring three smart services for:
- energy assessment of buildings at urban scale for the creation of “ecomaps” and their energy pre-certification;
- optimisation of energy consumption of heating/cooling systems based on localised weather forecasts and energy modelling of buildings;
- optimisation of power consumption through remote control of public illumination levels.
The toolkit will be delivered as interoperable open middleware ensuring, in an interoperable manner:
access to geospatial features;
access to Automatic Meter Reading (AMR) functions;
definition of alerts.
http://www.sunshineproject.eu/
The document discusses energy management in business facilities. It outlines the services of an energy management company, including facilities management, maintenance, environmental services, energy management, audits, and sustainable energy projects. Examples are given of projects implemented at various client sites that achieved significant energy and cost savings through retrofitting systems, improving controls, and implementing renewable energy sources. The benefits of energy efficiency projects are discussed as improving profits through reduced costs, attracting grants, developing expertise, and providing marketing opportunities.
Smart and Flexible 100 % Renewable District Heating and Cooling Systems for E...Alessandra Cavalletti
This document summarizes a meeting to kick off the SmartReFlex task forces in Emilia-Romagna, Italy. It discusses the relevant energy policies at the national, regional, and local levels. At the regional level, a 2012 energy plan aims to meet the EU's 20-20-20 goals, and most municipalities have signed the Covenant of Mayors to implement the plan locally. The document then outlines the ANCI ER's strategy to build capacity on energy issues among municipalities through working groups, training, and supporting the development of sustainable energy action plans. Finally, it presents an initial brainstorming discussion on using case studies of existing district heating projects to help define models for different local situations and build regional frameworks in a
EPCC is a leading supercomputing center that is fully self-sustaining with over 110 staff. It provides national supercomputing resources and works with companies on high performance computing and data analytics projects. The Edinburgh and Southeast Scotland City Region Deal aims to make the region the "Data Capital of Europe" through a data driven innovation program. EPCC is central to this program and will host the new World Class Data Infrastructure, a high performance data center and resources to support work with large, complex datasets across various sectors. The infrastructure seeks to train regional workforce in data technologies and enable businesses to leverage data innovation.
Meeting di Kick-Off del progetto sulle piccole rete di tele riscaldamento/raffrescamento (District H/C). Il progetto è coordinato da Ambiente Italia (Riccardo Battisti).
The document summarizes the key points from a presentation by Dr. Colette Maloney of the European Commission on putting smart technologies at the center of green economic policies. It outlines the EU's three 2020 targets for reducing greenhouse gas emissions, increasing renewable energy, and improving energy efficiency. It argues that information and communication technologies can help achieve these goals through smart buildings, grids, cities, and other applications. The EC recommends measuring ICT's benefits and potential negative impacts. It also describes the European Smart Cities Initiative to fund projects in 25-30 cities and a Green Digital Charter signed by 21 cities.
The document discusses using electric vehicles to provide flexibility and grid services through vehicle-to-building bidirectional charging. It summarizes a pilot that demonstrated integrating EVs, buildings, and local energy generation through bidirectional chargers and an energy management system. The pilot showed reductions in CO2 emissions, energy consumption, and energy costs of 17.6%, 13.0%, and 16.0% respectively. However, challenges remain around technology maturity, business models, social acceptance, and regulation that need to be addressed for vehicle-to-everything solutions to scale. The plan is to deploy new pilots and work to include vehicle-to-grid capabilities in grid codes and standards.
Solar District Heating best-practice examples from Italy Riccardo Battisti
Presentation held on November 21, 2018, within the webinar 'Solar District Heating: a look into a state of the art technology' jointly organised by Euroheat and Power and Solar Heat Europe (https://www.euroheat.org/events/solar-district-heating-look-state-art-technology/).
EnergiBasque is a comprehensive strategy designed to position the Basque Country as a benchmark of knowledge and a leader in industrial development in the field of Energy.
1) The REDIBA initiative provided technical and legal support to municipalities in Barcelona province to implement energy efficiency and renewable energy projects.
2) Through REDIBA, 96 million euros was invested in 108 projects, far exceeding the initial 50 million euro target. This included 22 energy service company contracts totaling 61 million euros.
3) The projects are estimated to save over 52 million kWh of energy per year and reduce CO2 emissions by over 21,600 tons annually.
Solar Heat for Industrial Processes EU Policy & Incentives - Stefano Lambert...Sardegna Ricerche
L'intervento di Stefano Lambertucci (ESTIF) in occasione dell'evento "Solare termodinamico di piccola taglia: impianti dimostrativi in Sardegna e calore di processo industriale" che si è tenuto a Pula (CA) il 25 settembre 2015.
This document summarizes information about the Horizon 2020 work programme for 2018-2020 related to the societal challenge of secure, clean and efficient energy. It provides an overview of the political and regulatory context in Europe, outlines the focus areas and budget for energy in Horizon 2020, and summarizes the specific calls and topics within the work programme for 2018-2019 related to energy efficiency, global leadership in renewables, smart and clean energy for consumers, and enabling near-zero CO2 emissions.
The document discusses the digitization of the energy sector and the concept of a smart grid. It notes that digitization is enabling new business models across many industries like music, film, transportation and more. The smart grid integrates digital technologies and communications at various levels to modernize the electricity system. The EMPOWER project aims to develop a new local energy market and test new business models through increased renewable energy production and storage at the local level. The project has a budget of €6.1 million from the European Union's Horizon 2020 program.
The document discusses communications plans and reports from task forces of the European Association for Electrical Contractors (AIE) at their 2018 Council of Delegates meeting. It provides an overview of AIE's recent changes, activities of their Energy/Policy and Technical task forces, and the objectives of their new Policy, Technical, and Value Chain Working Groups. It also summarizes the Primary Energy Factor advocacy success and outlines where to find additional task force materials.
Calculation Tools & ICT Insights on energy saving: SAT-S, Save@Work, GreenSpe...ICT FOOTPRINT .eu
The 4th ICTFOOTPRINT free webinar has crucial information on ICT Calculation tools and Sustainable ICT insights on energy savings, on 23rd February 2017, 15:00 CET. All those who want to improve ICT energy efficiency in their business are welcome to join us in this exciting webinar.
After years of seemingly infinite IT resources, software developers are facing new efficiency challenges on smartphones and IoT devices. Mobile users want more features, but not less battery life. Thomas Corvaisier (CEO of GREENSPECTOR) introduced the concept of software eco-design, and tell us how it may help lowering the consumption of IT resources while preserving performance and user experience.
Frédéric Croisson, from Deloitte Sustainability, showcased the ICTFOOTPRINT.eu Self-Assessment Tool for Services (SAT-S), a useful, quick and easy-to-use tool that calculates the carbon footprint of your ICT services. The tool helps users not only to make informed decisions about how to make an ICT service sustainable, but also discover the impact of ICT devices & activities in terms of Green House Gas emissions and primary energy consumption.
Energy savings can be achieved thanks to simple sustainable daily practices, which can be implemented by organisations employees. Karen Robinson shared some sustainable ICT practices and introduce the save@work initiative, which encourages public sector employee’s to come together in teams to reduce the energy consumption of their building by making small changes to their everyday energy consuming behaviours. Adding an element of competition to the project has been a significant driver in encouraging teams to really examine and challenge those unconscious energy consuming behaviours. The scale of working in a large office has also highlighted those practices that on their own seem to make almost insignificant savings but when applied across an office of over 300 people, have a very different impact.
ICTFOOTPRINT.eu at SMARTGREENS - Green ICT equipments for sustainable Smart C...ICT FOOTPRINT .eu
ICTFOOTPRINT.eu attented SMARTGREENS 2017, in Porto (Portugal) a conference that brought together researchers, designers, developers and practitioners interested in the advances and applications in Smart Cities, Green Information and Communication Technologies, Sustainability, Energy Aware Systems and Technologies.
On 22nd April, SMARTGREENS attendees got more detailed information about ICTFOOTPRINT.eu services, represented by Trust-IT Services (project coordinator) and EUROCITIES (project partner), thanks to an exhibition booth and a 20 minute presentation on “green insights” & how ICTFOOTPRINT.eu services help cities reducing their ICT carbon footprint, by making informed decisions on how to make their ICT services sustainable and energy efficient.
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.
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.
Creating Smarter Cities 2011 - 23 - Karen Fraser - EU Smart Cities and Commun...Smart Cities Project
Karen speaks about the European Smart Cities and Communities Initiative and review the European policy context: the Europe 2020 strategy for smart, sustainable and inclusive growth, the Resource Efficiency Flagship Initiative, and the Energy Efficiency Action Plan.
This will include an outline of the new European Smart Cities and Communities Initiative that was launched in Brussels on 21 June 2011, and of related EU funding and collaboration opportunities, together with relevant ongoing activity in Scotland, engaging in the Smart Cities and Communities Initiative, and what support is available for project development in Scotland.
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 CITyFiED project aims to develop a replicable, systemic and integrated strategy to adapt European cities and urban ecosystems into the smart city of the future, focusing on reducing the energy demand and GHG emissions and increasing the use of renewable energy sources by developing and implementing innovative technologies and methodologies for building renovation, smart grid and district heating networks and their interfaces with ICTs and Mobility.
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Caroline Vateau (Senior Consultant at NEUTREO and General Secretary of Alliance Green IT) and Damien Prunel (Ecodesign Consultant at Bureau Veritas) CODDE explained the method of how to ecodesign a digital service based on the white paper from Alliance Green IT.
Christophe Fernique, in charge of the environmental issues at the Occitanie Chamber of Commerce, explained in detail the GreenConcept project from the origin to the first results.
Sebastien Bernis (CEO of BSWEB - webmarketing appliance) and Valentin Girard (Specialist in embedded systems and RFID technology at ELA INNOVATION - IOT based appliance), shared their experiences on the GreenConcept project.
The document discusses EU research and innovation activities within the Horizon 2020 and LIFE programs managed by the Executive Agency for Small and Medium-sized Enterprises (EASME). It provides an overview of the programs, including funding amounts and relevant topics in areas like the circular economy and nutrient recovery. Examples of funded projects are also described. Looking ahead, it announces upcoming calls for proposals and opportunities to get involved as an independent expert.
Cities future outlook and digital cities by Marco Moretti - A2A Smart City Pr...EIT Climate-KIC
The document summarizes A2A Group's role and initiatives in making cities smarter and more sustainable. It discusses A2A's focus on circular economy, decarbonization, innovation, and people. Key smart city projects highlighted include smart air quality monitoring, smart mobility like e-charging stations and smart parking, smart lighting using LEDs, smart building energy management, district heating networks, and an IoT-enabled smart green initiative. A2A aims to contribute to sustainability goals through 2030 by leveraging emerging technologies like IoT, big data and its enabling platform.
ENVIRONMENTAL PROTECTION AND ENERGY EFFICIENCY FUNDUNDPhr
The document summarizes the role and activities of the Environmental Protection and Energy Efficiency Fund in Croatia. The Fund was established in 2003 to support environmental protection, energy efficiency, and renewable energy projects through financing from pollution charges and EU funds. In 2014, the Fund allocated over 200 million HRK (27 million EUR) to support over 4,300 projects through public tenders and calls. This financing supported over 1.3 billion HRK (180 million EUR) in total investments. Projects included energy efficiency upgrades to homes, buildings, and public lighting, as well as renewable energy and clean transport initiatives. The Fund aims to continue increasing support for energy efficiency projects in the future.
Pilot Course Opening Session. University of Girona, 8th May 2017.
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Similar to Policy measures for solar district heating (20)
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Contact us at York Analytical Laboratories for expert environmental testing with fast turnaround times and client service. We have 4 state-certified laboratories in Connecticut, New York and New Jersey, and 4 client service centers.
P: 800-306-YORK
E: clientservices@YorkLab.com
W: YorkLab.com
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Policy measures for solar district heating
1. Solar District Heating:
Good measures for policies
and market deployment
in selected European Regions
Riccardo Battisti, Ambiente Italia srl
Steering Committee of the DHC+ Technology Platform
Helsinki, September 25th, 2018
2. INTRODUCTION
Regional / Local Authorities do have a role
in promoting ‘modern’ (4th generation)
district heating
9 Regional Governments from 7 countries
are directly involved in SDHp2m
They developed concrete tools and
measures to overcome key barriers:
1. Financing & economics
2. Finding available areas
3. Knowledge & awareness
4. Competition with other energy sources
@RiccardoBatt
3. 1. FINANCING & ECONOMICS
Thuringia – Favourable support framework
Green Invest: Up to 80% of the
consultancy and feasibility for pilot
projects (max 200,000 €), also SDH
Solar Invest:
Up to 25% of the investment cost
(40% for citizen cooperatives)
Solar fraction >60% and seasonal
storages
Revision planned for increasing
the focus on heat
@RiccardoBatt
4. 1. FINANCING & ECONOMICS
Thuringia – Favourable support framework
Klima Invest:
For Municipalities
Advice services & training (up to 100%)
7,500 € ‘Starter package’ supported at 100%
Max 200,000 €
New programme:
Regional Ministry of Infrastructures and agriculture
DH in rural areas (up to 10,000 inhabitants)
65% for Municipalities
35% for companies
@RiccardoBatt
5. 2. FINDING AVAILABLE AREAS
Hamburg – Best practices & policy
recommendations
Best practice guide with
examples:
Roof areas (commercial /
industrial)
Infrastructures (e.g. sewage
water basins)
Polluted / contaminated areas
Areas along traffic routes (e.g.
noise barriers)
Agricultural areas (double
use)
@RiccardoBatt
7. Policy recommendations on how to facilitate the
implementations of such examples, e.g.
Building codes obliging developers of large commercial
buildings to allow the future use of solar thermal)
Simplification of legal procedures to use polluted or
contaminated areas
Secure agricultural land for SDH close to DH networks
(inclusion in the regional development plans)
Styria also is working on spatial planning at local level
(with Municipalities) to secure land for SDH
@RiccardoBatt
2. FINDING AVAILABLE AREAS
Hamburg – Best practices & policy
recommendations
8. 3. KNOWLEDGE & AWARENESS
Thuringia – ‘Solar Calculator’
@RiccardoBatt
Web-based software
Yield and economic calculation
PV and solar thermal
Roof and ground-mounted
9. 3. KNOWLEDGE & AWARENESS
Auvergne-Rhône-Alpes – SDH video
Specific long (…) video on SDH
Main targets are Local Authorities and Regional Councils
for replication of the Auvergne-Rhône-Alpes policy
Direct testimonies of politicians
Cost of 15,000 €
@RiccardoBatt
10. Also technical explanations
With English subtitles
Shorter version as a teaser
(for social media promotion)
@RiccardoBatt
3. KNOWLEDGE & AWARENESS
Auvergne-Rhône-Alpes – SDH video
11. 3. KNOWLEDGE & AWARENESS
Styria – Database of biomass district heating
More than 600 biomass DH networks (30 including solar)
Questionnaire sent to more than 200 utilities in Sep 2017
@RiccardoBatt
12. Operators were offered a free 2-
days advisory service (through
technical partners)
Financed by the SDHp2m project
and by the Styrian Government
(2,000 € each)
Results expected soon (12 new
plants could be in the pipeline,
average of 200 m2)
Also related to ‘competition with
other energy sources’
@RiccardoBatt
3. KNOWLEDGE & AWARENESS
Styria – Database of biomass district heating
13. 4. COMPETITION WITH OTHER ENERGY SOURCES
Veneto – Cooperation with biomass association
Common dissemination workshops
Article on AIEL newsletter
Feasibility study for solar integration into a
biomass DH
Inclusion of SDH in AIEL training for
professionals
Common lobbying towards Regions
@RiccardoBatt
14. Not competition…
But rather alliance
Burning biomass in summer just
does not make sense.
We should use solar thermal instead!
Valter Francescato,
AIEL Technical Director
@RiccardoBatt
4. COMPETITION WITH OTHER ENERGY SOURCES
Veneto – Cooperation with biomass association
15. CONCLUSIONS (=INTRODUCTION)
Regional / Local Authorities do have a role
in promoting ‘modern’ 4th generation
district heating
9 Regional Governments from 7
countriesare directly involved in the
SDHp2m project
They developed tools / measures to
overcome key barriers:
1. Financing/economics
2. Areas
3. Knowledge/awareness
4. Competition with other sources
@RiccardoBatt