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Clean Energy from the Ground Up: Energy Communities in the European Union

March 18, 2024 Category: Infrastructure

Informazioni su questo rapporto

Energy Communities (ECs) is a term prevalent across Europe and refers to publicly owned energy projects – an instrumental tool for engaging citizens directly in renewable projects, increasing acceptance of new energy projects, and promoting energy justice.

While citizen-owned energy models have been steadily growing over the past two decades under various names within the EU and in states around the globe, the EU officially introduced the concept of Energy Communities with the adoption of the Clean Energy for all Europeans Package (CEP) in 2019.

This report provides an overview of the different types of Energy Communities, the climate, economic, and social benefits of ECs, the policy landscape for ECs in the EU, case studies from communities across Member States, lessons learned, and the potential for Energy Communities outside the EU.

In Naples, Italy, energy communities are about more than just increasing renewable energy sources – they help promote local development, increase grid resilience, and alleviate energy poverty. Energy communities, also referred to as publicly owned energy projects, can be instrumental tools for engaging citizens directly in renewable projects and promoting energy justice. One energy community in Naples, a 166-panel photovoltaic (PV) solar roof system in the low-income San Giovanni neighbourhood built using grant money, has been delivering electricity to 20 families for 25% of the cost of utility-supplied energy since 2021. Energy community members can also sell excess energy produced to the local utility.1 Lower energy costs, expanded knowledge of renewables, and other benefits from direct involvement in energy production all contribute to increased community acceptance of clean energy projects.2  

Energy communities like San Giovanni have been growing all over the country, providing “prosumers” with lower energy bills, increasing the nation’s green jobs by 38% in 2021 alone, and democratising Italy’s energy transition.3 Energy communities are similarly proliferating across the European Union (EU). 

Prosumers: Prosumers can be individuals or members of a community like energy communities, self-sufficiently producing energy to meet their electricity needs, often through a decentralised grid powered by renewable sources. In other words, prosumers are both producers and consumers.4

While citizen-owned energy models have been steadily growing over the past two decades under various names within the EU and in countries around the globe, the EU officially introduced the concept of energy communities with the adoption of the Clean Energy for all Europeans Package (CEP) in 2019. The Directive on the Internal Energy Market (IEMD) introduced the concept of Citizen Energy Communities (CECs), and the recast of the Renewable Energy Directive (RED II)5 introduced the so-called Renewable Energy Communities (RECs).6 Legal recognition of this concept illustrates the increased importance of community-owned projects in the decentralisation and democratisation of energy in the EU.7 

Though CECs and RECs have different legal definitions (see Table 1), they are not mutually exclusive and represent forms of community ownership models and collective financing schemes for energy projects.8 The two models share the same primary purpose, as outlined in their respective directives, of providing “environmental, economic or social community benefits for its shareholders or members or for the local areas where it operates” rather than financial profits.9  

While RECs and CECs can include a wide range of renewable technology, with solar, biomass, and wind being the most common project types, energy communities can also include electric vehicle charging ports and sustainable building renovation projects. Energy community structures may include a range of legal entities, including cooperatives, community interest companies, private and public limited liability companies, limited partnerships, non-profits, or small-medium enterprises. Each of these legal structures involves different governance and financing schemes. Effective energy communities determine their business and financing schemes based on local energy needs, geography, and community and regional resources. National policies promoting energy community development also consider these factors. 

CEP SectionType of Energy ApplicableMembership
Citizen Energy Communities (CEC)Internal Electricity Market DirectiveNo restrictions on energy technology: 
 
CECs can “engage in generation, including from renewable sources, distribution, supply, consumption, aggregation, energy storage, energy efficiency services or charging services for electric vehicles” [IEMD, Article 2, para 11]
No restriction on membership based on location.  
 
Participation must be voluntary.
Renewable Energy Communities (REC)Renewable Energy DirectiveOnly renewable energy sources and services: 
 
RECs can “produce, consume, store, and sell renewable energy.” RECs also include electric vehicle charging stations. 
 
RECs can engage in renewable power purchase agreements. [RED III, Article 22, para 2(a)]
Voluntary membership and shareholding are open to those located in proximity to the developed project. 
 
Participation must be voluntary.10

Different energy community initiatives backed by EU legislation are:  

  1. Energy Communities Repository (ECR): Designed to help citizens interested in founding energy communities in urban locations, the ECR collects data and provides impact assessments, frameworks, best practices, and technical and administrative advice. The Repository also assists local governments, businesses, and public authorities in the creation of energy communities. 
  1. Rural Energy Community Advisory Hub: The Advisory Hub, seen as an extension of the Repository, performs similar functions and assists in setting up energy communities in rural areas.
  1. Citizen-Led Renovation: Through selected pilot projects, this initiative provides financial and technical assistance to help reduce barriers in renovating buildings for energy efficiency upgrades, including improving insulation and technical systems in addition to installing renewables.

How Common are Energy Communities?

As of 2022, there were more than 9,000 energy communities operating in the EU.11 However, complete data collection around energy communities is still in its early stages. A mapping effort aggregated nearly 3,500 energy communities across 19 EU Member States and the United Kingdom (UK).12 A more recent study examined all citizen-led initiatives, estimating about 10,500 initiatives in place in 30 European countries from 2000-2021 (with approximately 2 million citizens involved, €6.2-11.3 billion of investment, and 7.2-9.9 gigawatts of installed renewable energy). The study also concluded solar photovoltaic (PV) energy communities make up most of their dataset (over 80%), with biomass and hydropower as the second and third most common technologies found in these communities.13 More data collection efforts are needed to understand the full breadth of energy communities across European Member States, but it is clear they are quickly proliferating across the continent. 

The Benefits of Energy Communities

Energy communities offer a range of climate, economic, and social benefits. In addition to strengthening community acceptance of renewable energy projects, energy communities can lower utility bills and bring economic development opportunities to both rural and urban areas. National and municipal governments can maximize these benefits, helping Member States reach their 2030 and 2050 climate goals. 

Decarbonizzazione  

  • Increased clean electricity production and decreased electricity demand: Participating in energy communities can deploy more renewable resources while making members more conscious of energy consumption.14
  • Greater community acceptance of clean energy technologies: Energy communities and other models that involve democratic participation can increase deployment of energy technologies in local communities.15
  • Improvements to national grids: By using locally produced energy, energy communities reduce the need for transporting electricity over long distances. This helps balance the local electricity grid and alleviate bottlenecks. Having diverse electricity sources and distributed systems, along with regional and local backups, can enhance reliability and improve grid security.16 

Economic benefits 

  • Lowered individual utility bills and addressing energy poverty: Energy communities sell energy directly to consumers and receive direct payments, functioning much like a utility. In many cases, members who use energy from their community pay less on their utility bills. According to the Mapping of Energy Communities in Europe study, energy communities can “tackle structural and behavioural drivers of energy poverty” by influencing consumption habits.17 Through the democratisation of energy, energy communities can alleviate energy poverty and protect vulnerable citizens.18
  • Local economic development: Energy communities ensure that profits from energy production stay local to communities rather than going to private corporations. These profits are usually shared among community members, who can then invest them in local projects. While energy communities often rely on volunteers, some business models involve hiring locals for different tasks, including designing and installing infrastructure.

Social benefits 

  • Community-building: Energy communities and other collective ownership models for energy production can boost community communication, collaboration, and unity. 
  • Increased civic engagement: The varying democratic and innovative engagement models of energy communities increase civil participation in local issues.
  • Facilitation of energy justice: Energy communities can help facilitate a just energy transition by prioritising the needs and inclusion of historically marginalised groups in the energy transition, considering power distributions in governance and decision-making processes, incorporating broad public participation, and ensuring equitable distributions of costs and benefits from energy projects.19  

Energy security 

  • Greater reliance on local energy sources: The ongoing war in Ukraine has illustrated the geopolitical risks of relying on foreign energy sources and the variability of imported fossil fuel pricing. Locally produced energy offers price stability and predictability while ensuring domestic economic and social benefits.
  • Resilient grids: Decentralised energy systems can prevent and mitigate the effects of cyber-attacks and disruptions from natural disasters and extreme weather events.20

The Policy Environment for Energy Communities in the EU

The Directive on Common Rules for the Internal Electricity Market21 includes measures for supporting the expansion of citizen participation in all levels of clean energy generation, consumption, and storage.22 Directives need to be transposed into national law, leaving flexibility to Member States on the means to achieve the binding goals. CEP and the Directive on Common Rules for the Internal Electricity Market Progress also require action from national governments.  

Below is a non-comprehensive list of required or supplemental legislation Member States can pass to support local energy community growth. 

Legislation transposing European law around energy communities into national law  

The Renewable Energy Directive requires Member States to create legal frameworks to introduce energy communities in their Member States.23 These frameworks should account for identified financial, informational, and logistical barriers that communities might face in establishing energy communities and include an assessment of the distributed energy landscape. While these frameworks will look different in every country,24 national governments can (1) develop transposing legislation or legal definitions for CEC and RECs to support publicly owned energy production models and (2) properly account for population density, urban and rural contexts, and the possibility of “clustering” when determining membership or shareholder criteria for energy communities.25 

Support schemes: Legislation supporting energy community development and financing 

The Renewable Energy Directive also requires Member States to consider support schemes, calling on them to account for specific regional contexts. For example, Member States can reduce market discrimination against renewable energy by passing policies making it easier to negotiate and approve remuneration and smart contracts for energy saving. Member States can also formulate provisions for energy service regulations, for example, by including low carbon self-consumption, retrofitting buildings, and energy efficiency measures promoting co-generation units.26  

Europe-level policymaking is important, but Member State policy specific to national context is critical to adoption 

So far, progress by Member States transposing the EU Directives and other legislation around energy communities varies widely. And even where EU law has been transposed to the national level, the success of energy communities will depend on specific national contexts. 

While the European Commission reported 9,000 operational energy communities across the EU in 2022, the distribution across countries is uneven.27 A 2023 report, Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications, studied nearly 4,000 energy communities across the UK28 and 20 EU countries, finding the largest proportion of energy communities are in Germany, the Netherlands, and Denmark, which all fostered domestic development of publicly owned energy models before the EU introduced legislation around energy communities.29 Though the study identified solar energy sources as the most common across all countries included, in Denmark and the Netherlands, the authors found a high proportion of biomass energy communities, a result of national initiatives supporting non-commercial district heating systems.30 While differences in permitting processes, grid access, natural environment, funding availability, energy markets, and cultural attitudes towards collective management models influence the number, size, and success of energy communities across the EU, national policy also plays a significant role. Member States have considerable autonomy in creating supporting frameworks for energy communities and incentivising grid decentralisation.31 

Financial costs, including initial capital and operational expenses, present challenges to energy communities. Regardless of the array of financing methods available to groups looking to start energy communities, one of the most effective ways Member States can aid energy community development is by offering financial assistance or incentives. Governments can do this by providing more grants and making them more accessible, amending national tax laws to make it easier for communities to raise funds, and passing national plans providing stability to small banks that can aid in financing local energy communities (e.g., guaranteeing a fixed minimum price per kWh).32  

In the Netherlands, for example, a new subsidy scheme prevents energy prices from fluctuating outside a set range in energy communities, ensuring some financial stability.33 Member States can also support energy communities by granting tax reliefs (or VATs) on energy bills for community members. Lastly, by increasing available funds to support research and educational campaigns, governments can facilitate information sharing around starting and joining energy communities. 

National governments can support municipalities in developing energy communities 

Member States can adopt policies and programs to help municipalities develop energy communities. SCCALE 203050, an initiative under the EU-funded organisation REScoop, offers a comprehensive list of ways municipalities can support energy communities in its Community Energy Municipal Guide. Examples include financing European Community projects, developing supporting tools, facilitating dialogues between local stakeholders, providing access to public sites, creating resource hubs to deliver information, participating in jointly-owned projects or acting as an energy community member.34 National governments can equip municipalities with the knowledge and legal tools to financially support the growth of energy communities, including authorising low-interest loans and granting special tax treatment for individuals who invest in community enterprises.  

Case Studies: Support for Energy Communities Across EU Member States

The following case studies demonstrate how Member States have facilitated the growth and creation of energy communities in their jurisdictions.  

Case study: Germany 

Overview and definition of energy communities   

Germany has an extensive history of cooperatives for various businesses and has the largest number of registered energy communities in the EU.35 As of 2021, Germany had an estimated 914 energy communities with over 220,000 members.36 

Although Germany’s first cooperative law was passed in 1889, the idea of renewable energy cooperatives only emerged within the last two decades. Starting in 2006, hundreds of solar PV energy communities appeared around the country.37 In 2016, roughly 55% of Germany’s energy communities employed the cooperative model, mostly generating solar electricity from PV panels. Around 37% of the nation’s energy communities in 2016 were limited liability companies that mostly operate as wind farms. Private corporations are the third most common energy community category.38   

Before modifying the Renewable Energy Sources Act (Erneuerbare-Energien-Gesetz [EEG]) in 2023, Germany had legislation defining “citizen energy companies.” The EEG amended existing definitions to include supporting frameworks for renewable energy communities and included stricter business limitations out of concern for corporate capture and clarifying ambiguous citizen ownership rights.39 In Germany, RECs and CECs remain unarticulated in law, with “citizen energy companies” prevailing as the all-encompassing term. 

Supportive legislation 

The EEG, enacted in 2000, included fixed feed-in tariffs and prioritised renewable energy, which made renewable energy investments more predictable and profitable. In 2011, the German government created the National Office for Energy Cooperatives to aid with developing and implementing energy community projects and advocate for supportive national policies.40 

Financing support schemes 

The EEG includes a fixed feed-in tariff scheme to promote renewable energy projects and increase profits from investments in RECs.41 However, financial barriers to energy communities remain the biggest issue in German community growth, with high membership fees and costs for cooperative members. Wind farm limited liability companies also require significant capital, limiting their deployment to wealthier areas.42  

Successful EC in action: Energiegenossenschaft Odenwald eG 

One of Germany’s successful energy communities, Energiegenossenschaft Odenwald eG, has over 3,000 members. Founded by a community in the Odenwaldkreis district in collaboration with municipal actors and a local cooperative bank, it has since secured €50 million in investments from a variety of sources to build out 83 solar plants across a collection of rooftops and fields, in addition to wind turbines.43 To become a member, the minimum fee is €100. Energiegenossenschaft Odenwald eG is a notable example of cooperation between individuals, local authorities, and banks.44 

Case study: Denmark 

Overview and definition of energy communities 

Over the past decade, Denmark has seen the expansion of many citizen-owned energy projects. Denmark incorporated RECs into national law in 2021, and that same year an executive order officially adopted definitions for both RECs and CECs as outlined in the Renewable Energy Directive and IEMD.45 The success of their energy communities can be partially credited to a range of existing and recent policies that promote these communities nationwide.46 Most of the country’s energy communities are rural, small-scale heating systems (“ecovillages”), wind cooperatives, or multi-unit building PV solar systems.47 

Supportive legislation 

Although Denmark has provided support schemes for cooperatives over the past several decades, support for wind energy communities has decreased in recent years. From the 1970s to 2002, wind cooperatives thrived in Denmark, making it a leader in shared electricity models. However, in 2002, the Danish Parliament discontinued a feed-in tariff scheme, favouring private ownership models instead. This led to the termination of many existing wind projects. Legislation passed in 2018 and 2019 continued to favour private developers over energy community models.48 

The Danish Parliament has enhanced support for solar energy communities and district heating systems. Despite the decrease in wind energy communities, the growth of solar energy communities has increased Denmark’s renewable energy production for self-consumption from 1,880 megawatts (MW) in 2005 to 2,570 MW in 2017, according to 2019 data from Sweco and Oslo Economics.49  

The government has also invested significant funds and resources in district heating systems. The Danish District Heating Association (DDHA), comprising municipally owned utilities and consumer-owned cooperatives, delivers electricity to 1.7 million homes across the country, currently sourcing 65% of electricity from renewable sources.50 

Financing support schemes 

A 2022 executive order designated funding to the Danish Energy Agency (DEA) to issue grants for community-developed renewable projects, community energy information campaigns, and initiatives to organise and finance energy communities.51 Additionally, new tariff legislation enables distribution system operators to set tariffs for energy communities based on their contributions to the collective grid. Currently, general tariffs and taxes apply to electricity sharing in the collective grid in Denmark. Ultimately, the legislation will incentivise energy community electricity consumption and production. 

Case study: Latvia 

Overview and definition of energy communities

Latvia, unlike Germany, Italy, and Denmark, does not have a history of cooperatives or energy communities prior to CEP.  

In July 2022, the Latvian Parliament adopted a general legislative framework for energy communities and amended the Law on Energy and the Electricity Market Law to introduce the terms for RECs and Energy Electric Communities (the Latvian term for CECs). These first came into force in January 2023. The Cabinet of Ministers has also passed additional regulations to transpose EU provisions with an emphasis on solar energy.52 

Supportive legislation 

The EU legislative framework requires Latvia’s Ministry of Economy to develop support programs for energy communities that exclusively generate renewable energy. Additionally, these laws ensure that users and projects accessing renewable energy from energy community sources have fair access to national grant applications.53 Municipal capital companies, cooperatives, energy communities, households, and the commercial sector all also benefit from a measure (No 2.1.4) in Latvia’s EU Cohesion Policy Programme for 2021-2027. This measure encourages the adoption of solar PV.54 

Due to the war in Ukraine and related gas and energy crises, the Cabinet of Ministers and the Latvian Parliament approved amendments to the “Law on measures to reduce the extraordinary increase in energy resource prices,” compensating households for rising electricity prices from higher heating tariffs in 2022 and 2023.55 Solar panel owners saw additional cost savings from a new tariff system and the recently amended NETO metering system.56 

A unique opportunity for urban EC expansion through multi-apartment rooftop PV systems 

According to a December 2023 report, electricity from PV systems in Latvia is currently insufficient to help achieve climate neutrality by 2050.57 However, solar PV systems are growing in number and offer several benefits to households and companies. Over the past five years, the total number of household microgenerators connected to the grid has sharply increased, growing from three MW of PV capacity to 120 MW in 2023. This suggests Latvia has the technical and economic potential to rapidly expand urban PV energy community systems. However, their success will depend on improved infrastructure and profitability determined by market conditions.58  

Latvia demonstrates how customizing and adapting policies to fit its specific environmental, social, and geopolitical circumstances can support urban solar energy communities. 

Case study: Greece 

Overview and definition of energy communities 

Since 2021, the number of energy communities in Greece has grown by roughly 35% each year. As of November 2023, Greece had an estimated 1,487 energy communities, but only a small portion are for self-production and not for commercial purposes.59 Greece introduced Law 4513, “Energy Communities and Other Provisions,” in 2018. This law builds on legislation from 2016 establishing energy cooperatives and defining energy communities, focusing on addressing social, economic, and energy poverty. National legislation passed in March 2023 provides further support for energy communities and differentiates between RECs and CECs.  

The Greek islands also have the potential to host successful energy communities, given their wind, solar, and geothermal potential, as well as strong community ties.60 Energy communities have also enabled these islands to become self-sufficient in meeting their energy needs, enhancing their energy security.61 Additionally, energy communities have played a significant role in transitioning Greece’s coal towns away from fossil fuels.62 

Like other EU countries, Greece’s laws explicitly link energy communities to addressing energy poverty and improving energy efficiency. The largest energy community in Greece, Minoan Energy on the island of Crete, uses solar power to generate electricity for the island and has even assisted 50 low-income families after an earthquake in 2021.63 

Financing support schemes 

In 2021, the Greek government set aside €42 million to support energy communities, especially those using net metering. Net metering allows energy communities to provide energy to local grids while compensating their members. This funding, available from 2024, will cover 80% of the costs for approved energy community projects.64 Greek laws offer additional financial incentives for these communities, including preferential participation in energy markets, exemption from electricity generation permit fees, and priority in permitting processes.65

Lessons Learned and Potential for “Energy Communities” Outside the EU 

The EU aims to achieve carbon neutrality and net-zero emissions by 2050 and reduce its net greenhouse gas emissions by at least 55% compared to 1990 levels by 2030.66 However, according to the EU’s 2023 Climate Action Progress Report and recent CATF work assessing National Energy and Climate Plans (NECPs),67 Member States are currently not on track to reach these ambitious climate goals and must accelerate clean energy deployment and implementation processes. Citizen engagement is driving communities to embrace clean energy technology across EU countries, generating enthusiasm for the clean energy transition. Despite financial and market challenges that could hinder contributions of citizen-led clean energy projects to Europe’s energy transition, Member States have been undertaking supportive policies enabling energy communities to secure funding and grow their operations.  

The policy landscape for community-owned energy production continues to evolve. As demonstrated by cases like Latvia, where citizens are rapidly launching urban solar CECs with incentivised financing policies, and Germany, which is empowering rural RECs, Member States have a crucial role to play. Recent legislation in Denmark underscores the impact of national legislation, and its capacity to both help and hurt energy communities. To support the growth of energy communities, Member States should continue prioritising policies that favour community energy models. Additionally, EU countries that have not already transposed EU legislation into national law should do so to officially recognise energy communities. 

Energy communities can offer several economic, social, and energy security benefits, in addition to accelerating countries’ progress toward net-zero climate goals. Although community ownership and nuanced business models for renewable energy production are not exclusive to the EU, EU national governments are leading in efforts to support local energy cooperatives. 

Europe is drawing global attention as communities successfully establish community-owned wind farms in rural Sweden and non-profit solar energy rooftops in urban Latvia. These initiatives are rapidly expanding, delivering affordable clean energy to rural and urban households alike. While countries such as Denmark and Germany have a long history of shared energy models, Baltic countries such as Latvia demonstrate that with the right policies and local support, rapid adoption of community-based energy models is possible. This approach is already accelerating decarbonisation efforts and reducing energy costs for consumers. Energy communities in Europe are becoming a model for the world to follow.  

Success stories of community-owned renewable energy projects, using a variety of business and financing models, are increasing worldwide, including in the U.S., Canada, and South Africa. Non-EU nations should consider legally recognising civilian-owned energy cooperatives and similar models to streamline financing and energy market legislation at the national level.  Countries, localities, and advocacy groups should also make information on starting citizen-owned energy models more accessible. Strong, publicly owned renewable infrastructure can help countries reach their ambitious climate goals while ensuring social benefits, grid resilience, economic development opportunities, and energy justice. Democratising energy can help secure a just transition in the EU and around the world. 

Note a piè di pagina

  1. Lozza, Lucrezia. (2023, March23). Italy’s Model for Renewable Energy Communities. Yes! Magazine. https://www.yesmagazine.org/environment/2023/03/23/italy-renewable-energy-communities
  2. Tachelet, Sara. (2021, October 21). European citizens want ownership of wind and solar projects in their neighborhood. RESCOOP.eu. https://www.rescoop.eu/news-and-events/news/european-citizens-want-ownership-of-wind-and-solar-projects-in-their-neighborhood
  3. Lozza, Lucrezia. (2023, March23). Italy’s Model for Renewable Energy Communities. Yes! Magazine. https://www.yesmagazine.org/environment/2023/03/23/italy-renewable-energy-communities
  4. U.S. Department of Energy. (2017, May 11). “Consumer vs Prosumer: What’s the Difference?” Office of Energy Efficiency & Renewable Energy.
  5. RED II was formally revised in 2023. The revised directive, referred to as RED III, is now in effect.
  6. Energy Communities. European Commission. https://energy.ec.europa.eu/topics/markets-and-consumers/energy-communities_en#:~:text=Energy%20communities%20organise%20collective%20and,in%20the%20clean%20energy%20transition 
  7. In the U.S., “energy communities” are also recognized by the federal government but have a different meaning and purpose. U.S. energy communities, as recently redefined by the Inflation Reduction Act, are municipalities that fall into one of three categories: retired coal communities, other fossil fuel energy communities, and brownfields. These energy communities are not directly related to community-owned energy models, although they can be a useful tool in assisting these area’s energy transitions. Moreover, while the U.S. has several energy cooperatives and other shared energy models, the overall concept of public-ownership for energy infrastructure is relatively new, compared to the EU, and lacks legal recognition. https://www.wri.org/insights/redefining-americas-energy-communities
  8. Falkenburg,  Nelson. (2023, October 30). Community Ownership of Clean Energy Infrastructure, Explained. Clean Air Task Force. https://www.catf.us/resource/community-ownership-clean-energy-infrastructure-explained/
  9. IEMD, Article 2, para 11, RED III, Article 2, para 16.
  10. Yiasoumas, G., & Berbakov, L., et al. (2023, June 9). Key Aspects and Challenges in the Implementation of Energy Communities. Energy Transition in the Mediterranean Areas. Energies. 2023; 16(12):4703. https://doi.org/10.3390/en16124703
  11. Directorate-General for Energy. (2022, December 12). In focus: Energy communities to transform the EU’s energy system. Energy Climate change, Environment, European Commission.
  12. Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201
  13. Schwanitz, V.J., Wierling, A., et al. Statistical evidence for the contribution of citizen-led initiatives and projects to the energy transition in Europe. Sci Rep 13, 1342 (2023). https://doi.org/10.1038/s41598-023-28504-4
  14. Barnes, J., Hansen P., et al. (2022, November). Energy Research & Social Science, Volume 93, 102848, ISSN 2214-6296. https://doi.org/10.1016/j.erss.2022.102848 
  15. Tachelet, Sara. (2021, October 21). European citizens want ownership of wind and solar projects in their neighborhood. RESCOOP.eu. https://www.rescoop.eu/news-and-events/news/european-citizens-want-ownership-of-wind-and-solar-projects-in-their-neighborhood
  16. Berggren, S. E., Witt, T., et al. (2023, August 16). “Denmark.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  17. Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201
  18. Clean energy for all Europeans package. (2019). European Commission. P. 19
  19. Standal, K., Leiren, M. D., et al. Can renewable energy communities enable a just energy transition? Exploring alignment between stakeholder motivations and needs and EU policy in Latvia, Norway, Portugal and Spain. Energy Research & Social Science, Volume 106, 2023, 103326, ISSN 2214-6296, https://doi.org/10.1016/j.erss.2023.103326 
  20. Berggren, S. E., Witt, T., et al. (2023, August 16). “Associated Benefits.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  21. (EU) 2019/944
  22. Energy Communities. European Commission. https://energy.ec.europa.eu/topics/markets-and-consumers/energy-communities_en#:~:text=Energy%20communities%20organise%20collective%20and,in%20the%20clean%20energy%20transition 
  23. REScoop.eu, Ecopower. (2023, January). SCCALE203050: Financing Guide for Energy Communities. https://www.sccale203050.eu/wp-content/uploads/2023/02/SCCALE203050_financingguide_energycommunities.pdf
  24. Several EU countries have still not transposed or fully transposed the definitions of RECs and CECs into law. Many of these nations have operational community-owned energy projects (generating renewable and non-renewable energy), referred to as broadly defined or undefined “Energy Communities” (or translates to a similar term). (https://pub.norden.org/nordicenergyresearch2023-03/6-conclusions-and-recommendations.html) For example, despite having energy projects employing collective ownership models, Bulgaria, Sweden, the Netherlands, and Chechia don’t have legislation specifically addressing ECs in the context of the Clean Energy Package (https://energy-communities-repository.ec.europa.eu/energy-communities-repository-legal-frameworks/energy-communities-repository-eu-policy-map_en)
  25. Christina E. Hoicka, C. E., Lowitzsch, J., et al. (2021, September). Implementing a just renewable energy transition: Policy advice for transposing the new European rules for renewable energy communities. Energy Policy. Volume 156, 112435, ISSN 0301-4215, https://doi.org/10.1016/j.enpol.2021.112435 
  26. Yiasoumas, G., & Berbakov, L., et al. (2023, June 9). Key Aspects and Challenges in the Implementation of Energy Communities. Energy Transition in the Mediterranean Areas. Energies. 2023; 16(12):4703. https://www.mdpi.com/1996-1073/16/12/4703
  27. In focus: Energy communities to transform the EU’s energy system. (2022, December 13). European Commission. https://energy.ec.europa.eu/news/focus-energy-communities-transform-eus-energy-system-2022-12-13_en
  28. See Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201. The authors map “energy communities” in the UK that correspond to the broader definitions of CECs and RECs as defined in the EU. 
  29. Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201
  30. Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201.
  31. Johansen, K., Werner, S., Something is sustainable in the state of Denmark: A review of the Danish district heating sector. (2022, April). Renewable and Sustainable Energy Reviews. Volume 158, 112117, ISSN 1364-0321, https://doi.org/10.1016/j.rser.2022.112117
  32. REScoop.eu, Ecopower. (2023, January). SCCALE203050: Financing Guide for Energy Communities. https://www.sccale203050.eu/wp-content/uploads/2023/02/SCCALE203050_financingguide_energycommunities.pdf 
  33. Berggren, S. E., Witt, T., et al. (2023, August 16). “Implementation of Renewable Energy Communities and Citizen Energy Communities in the Nordics and Europe.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  34. REScoop.eu, Energy Cities. (2022, November). SCCALE203050: Community Energy Municipal Guide. https://www.sccale203050.eu/wp-content/uploads/2022/12/SCCALE-Municipal-Guide-Final-view.pdf
  35. Koltunov, M., Pezzutto, S., et al.(2023, May 18). Mapping of Energy Communities in Europe: Status Quo and Review of Existing Classifications. Sustainability. 2023; 15(10):8201. https://doi.org/10.3390/su15108201
  36. The landscape of Energy Cooperatives in GermanyRural Energy Community Advisory Hub, European Commission. https://rural-energy-community-hub.ec.europa.eu/landscape-energy-cooperatives-germany_en
  37. The landscape of Energy Cooperatives in Germany. Rural Energy Community Advisory Hub, European Commission. https://rural-energy-community-hub.ec.europa.eu/landscape-energy-cooperatives-germany_en
  38. Berggren, S. E., Witt, T., et al. (2023, August 16). “Germany.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  39. Energy Communities Repository. (2023, December 15). Germany: Overview of the Policy Framework. European Commission. https://energy-communities-repository.ec.europa.eu/system/files/2023-12/ECR_MSfiche_Germany_final_public.pdf
  40. The landscape of Energy Cooperatives in Germany. Rural Energy Community Advisory Hub, European Commission. https://rural-energy-community-hub.ec.europa.eu/landscape-energy-cooperatives-germany_en
  41. Energy Communities Repository. (2023, December 15). Germany: Overview of the Policy Framework. European Commission. https://energy-communities-repository.ec.europa.eu/system/files/2023-12/ECR_MSfiche_Germany_final_public.pdf
  42. Berggren, S. E., Witt, T., et al. (2023, August 16). “Germany.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  43. The landscape of Energy Cooperatives in Germany. Rural Energy Community Advisory Hub, European Commission. https://rural-energy-community-hub.ec.europa.eu/landscape-energy-cooperatives-germany_en
  44. DGRV .National Office for Energy Cooperatives. (2020, October). ENhancing the Capacity of REgions and Municipalities to participate in Energy COmmunities (ENCREMENCO): Report on Good Practices of German Energy Cooperatives. Energia Cooperativa. https://rural-energy-community-hub.ec.europa.eu/landscape-energy-cooperatives-germany_en
  45. Berggren, S. E., Witt, T., et al. (2023, August 16). “Denmark.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03.
  46. Berggren, S. E., Witt, T., et al. (2023, August 16). “Denmark.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03.
  47. Wierling, A., et. al. (2018). “Statistical Evidence on the Role of Energy Cooperatives for the Energy Transition in European Countries” Sustainability 10, no. 9: 3339. https://doi.org/10.3390/su10093339
  48. Berggren, S. E., Witt, T., et al. (2023, August 16). “Denmark.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  49.  Danish District Heating Association. (2021, January 26). https://danskfjernvarme.dk/uk/english/danish-district-heating-association#:~:text=Of%20the%20around%20400%20members,million%20households%20(64%20pct
  50. Berggren, S. E., Witt, T., et al. (2023, August 16). “Denmark.” Energy Communities. Nordic Energy Research. http://doi.org/10.6027/NER2023-03
  51. Energy Communities Repository. (2023, November 22). Latvia: Overview of the Policy Framework. European Commission. https://energy-communities-repository.ec.europa.eu/system/files/2023-11/ECR_MSfiche_Latvia_public.pdf
  52. Energy Communities Repository. (2023, November 22). Latvia: Overview of the Policy Framework. European Commission. https://energy-communities-repository.ec.europa.eu/system/files/2023-11/ECR_MSfiche_Latvia_public.pdf
  53. REScoop. (2022, December). Enabling frameworks/ support schemes: Latvia. https://www.rescoop.eu/policy/latvia
  54. Lebedeva, K., Borodinecs A., Odineca, T.. (2023, December 5).  The potential of multiapartment rooftop PV systems as citizen’ energy communities in Latvia. Front. Energy Res.,  Sec. Solar Energy Volume 11 – 2023 | https://doi.org/10.3389/fenrg.2023.1297297 
  55. REScoop. (2022, December). Enabling frameworks/ support schemes: Latvia. https://www.rescoop.eu/policy/latvia  
  56. Lebedeva, K., Borodinecs A., Odineca, T.. (2023, December 5).  The potential of multiapartment rooftop PV systems as citizen’ energy communities in Latvia. Front. Energy Res.,  Sec. Solar Energy Volume 11 – 2023 | https://doi.org/10.3389/fenrg.2023.1297297 
  57. Lebedeva, K., Borodinecs A., Odineca, T.. (2023, December 5).  The potential of multiapartment rooftop PV systems as citizen’ energy communities in Latvia. Front. Energy Res., Sec. Solar Energy Volume 11 – 2023 | https://doi.org/10.3389/fenrg.2023.1297297
  58. Todorović, Igor. (2023, November 4). ”Energy communities in Greece surpass 1 GW in installed capacity.” Balkan Green Energy News.  https://balkangreenenergynews.com/energy-communities-in-greece-surpass-1-gw-in-installed-capacity/#:~:text=The%20number%20of%20commercial%20and,category%20makes%20up%20only%200.7%25
  59. Katsaprakakis, Dimitris Al. et al.. (2022). Greek Islands’ Energy Transition: From Lighthouse Projects to the Emergence of Energy Communities. Energies 15, no. 16: 5996. https://www.mdpi.com/1996-1073/15/16/5996 
  60. https://www.clientearth.org/media/rr1aqpji/energy-communities-transposition-guidance.pdf
  61. Todorović, Igor. (2021, November 23). ”Energy communities are strong factor in decarbonizing Greece’s coal regions.” Balkan Green Energy News. https://balkangreenenergynews.com/energy-communities-are-strong-factor-in-decarbonizing-greeces-coal-regions/
  62. Güell, Óscar. (2022, October 31). October success story: A growing citizen energy revolution in the Balkans. REScoop https://www.rescoop.eu/news-and-events/stories/october-success-story-a-growing-citizen-energy-revolution-in-the-balkans 
  63. Tsagas, Ilias. (2023, December 14). ”Greece to support local energy communities with €42 million of funding.” PV Magazine. https://www.pv-magazine.com/2023/12/14/greece-to-support-local-energy-communities-with-e42-million-of-funding/
  64. Todorović, Igor. (2021, November 23). ”Energy communities are strong factor in decarbonizing Greece’s coal regions.” Balkan Green Energy News. https://balkangreenenergynews.com/energy-communities-are-strong-factor-in-decarbonizing-greeces-coal-regions/ 
  65. Climate change: what the EU is doing. European Council. Retrieved December 2023. https://www.consilium.europa.eu/en/policies/climate-change/   
  66. Clean Air Task Force. (2023, September 13). Bridging the Planning Gap: Transforming European NECPs to Deliver on Climate Targets. https://cdn.catf.us/wp-content/uploads/2023/09/12155930/necp-report.pdf

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Author: Annabel Williams