“decentralized Energy Generation: Empowering Communities Through Gas And Electricity Technologies” – Welcome to our comprehensive guide to decentralized energy in the energy industry. In this guide, we will delve into the concept of energy decentralization, its role in promoting sustainability and resilience, and its various applications in different sectors. Join us as we explore its benefits and potential.

Decentralized energy refers to energy production and distribution systems that are localized and closer to the point of consumption. It involves the generation of energy from various sources, such as renewable energy technologies, cogeneration plants and microgrids. This decentralized approach offers numerous advantages in terms of efficiency, reliability and environmental impact.

“decentralized Energy Generation: Empowering Communities Through Gas And Electricity Technologies”

The chart above, made by Bloom Energy, shows the difference between the real and traditional centralized present in contrast to the “distributed future”.

Decentralized Organizational Structure

Decentralized energy plays a vital role in the energy industry, promoting sustainability, resilience and local empowerment. By adopting decentralized systems, communities can gain greater control over their energy sources and contribute to a more sustainable future. Explore the possibilities of decentralizing energy and discover how it can reshape the energy landscape.

It refers to localized energy production and distribution systems that are closer to the point of consumption. It involves the generation of energy from various sources, such as renewables, combined heat and power (CHP) and microgrids. This approach promotes efficiency, reliability and sustainability.

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Researching Community Energy Business Models from an Institutional Perspective: Intermediaries and Policy Instruments in Selected Cases of Developing and Developed Countries

Received: February 9, 2023 / Revised: May 9, 2023 / Accepted: May 17, 2023 / Published: May 22, 2023

Advancing Convergence Research: Renewable Energy Solutions For Off Grid Communities

Community energy development and the empowerment of customers as producers are the main contributors to decentralized market solutions in energy transition policy. Despite the growing literature on community energy projects from the perspectives of various business models, drivers and barriers, few studies show the impact of institutional factors in shaping the community energy business model. Based on the perspectives of Ostrom’s institutional framework, this study develops a conceptual framework that includes the policy instruments and intermediaries that shape the different community energy business models, and examines this framework in the developed world of Northwestern European countries (Germany, Denmark, Belgium and the United Kingdom) and in selected cases in developing countries (Rural Central America, South Africa, Iran and Indonesia). The results indicate that ambitious renewable energy consumption targets and national policies in northern EU countries have resulted in political and financial incentives, as well as greater financial security than other investment markets, which encourage citizens to contribute to the proliferation of community energy. On the other hand, in the developing countries studied, top-down energy policies and a centralized energy system are insufficient for participatory energy planning. Due to unfavorable policies, the lack of appropriate regulatory frameworks and the lack of institutional support in these countries, the implementation of community energy projects requires the presence of intermediaries such as promoters who work “between” other actors, such as energy suppliers. , users or regulators.

Community energy (CE) projects are often “grassroots” initiatives and are governed and managed by the local community [1].

Positive attitudes towards alternative energy sources and environmental issues, as well as socio-institutional characteristics such as the regulatory spirit of communication, resilience and awareness of the technical aspects of energy systems, are fundamental to the success of CE [2, 3 , 4]. In addition, the involvement of community members is crucial as they can be active participants in the transition process. Community members are voluntary active actors from households, public authorities and social or private sectors that require diverse portfolios of innovative business models and intermediary entities [5].

Key factors that place greater emphasis on the concept of upstream power generation and the emergence of local CE companies include the adoption of new technologies and smart meters, as well as advances in information technology and the distribution of energy resources [6, 7] . These new CE business models are taking on new roles as energy suppliers and service providers, which represents a shift away from conventional small and medium-sized citizen communities that are primarily engaged in the generation and use of electricity.

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Furthermore, by promoting energy efficiency and energy saving activities such as building modernization and car sharing, these communities can help reduce their overall energy consumption and promote sustainable living [ 8 , 9 ].

In developed countries, ambitious targets for renewable energy consumption and emission reductions have led to political support in terms of financial incentives, loan capital with preferential terms and priority for grid access [10]. These political interventions provided technological and political legitimacy to innovative communities, especially those with a long tradition of cooperation [11].

In developing countries, the main drivers of EC projects are unmet basic needs, especially the provision of electricity and heat in rural and isolated areas. The concept of facilitators in developing countries, such as bottom of the pyramid and microfinance principles aligned with social entrepreneurship, offer promising solutions to address these needs. These enablers can provide access to capital, technology and knowledge, which are critical to the development and implementation of CE projects in these regions [12].

The CE literature has explored different aspects of CE projects, including drivers, barriers, conceptualization and business models. In Bothelho’s research, the focus is on the role of business models as facilitators of the growth of prosumers (i.e. consumers who also produce energy) in the EC market. The study identifies the primary features of market design and related regulatory requirements that may enable the growth of prosumers in the EC market [13]. In Brummer and Reise’s research, the thematic focus is on the value proposition offered by community projects and the interrelationship between policy frameworks and CE development in Europe and the United States [5, 14].

Renewable Energy: Local Benefits Or Marginalisation?

Intermediary actors play a crucial role in facilitating the development of CE business models by connecting different stakeholders, such as investors, developers and policy makers, and providing support.

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