The "Renewable Energy Factory" (EEF) represents the Energy transition 2.0 and is an innovative partner for the development of holistic energy concepts. For a sustainable and livable future for everyone, everywhere.
With decades of expertise in the renewable energy sector and locations in Berlin, Hamburg, and Mainz, we are driving forward the Energy transition 2.0. Our vision: a world in which renewable energies empower people to create a better tomorrow. Through the intelligent integration of wind energy, photovoltaics, storage and conversion technologies, as well as AI software, we pave the way into a new energy era. This innovative approach is crucial to challenge the status quo and unleash the full potential of renewable energies. We think holistically, align energy resources with local needs, and thus actively shape a sustainable energy future for all.
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This renewable energy source plays a key role in the Energy transition 2.0. It significantly contributes to the security and sustainability of energy supply and reduces dependence on fossil fuels. Our wind farms harness the power of the wind for clean and reliable electricity generation. Thanks to cutting-edge technology, efficiency is maximized, and the ecological footprint is minimized.
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At EEF, we specifically focus on photovoltaics, which efficiently converts sunlight into electrical energy. As an inexhaustible source of renewable energy, it supports the possibility of decentralized energy production. We recognize the diverse opportunities of innovative applications such as Agri-PV systems and use them to further diversify our energy sources.
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The advanced technology of battery storage is an essential component for the efficient use of harvested energy. It ensures a stable power supply, even when wind and sun take a break. Thus, energy storage represents an indispensable pillar in the integration of renewable energies and can ensure reliable energy supply in the future.
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Conversion technologies are revolutionizing our energy landscape. With innovative power-to-X processes, we transform excess electricity from renewable sources into versatile hydrogen, for example. This technology not only allows for efficient energy storage but also creates new pathways for sustainable industries and mobility. As a future energy carrier, hydrogen plays a key role in sector coupling and promotes decarbonization, especially in areas that are difficult to electrify.
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By intelligently combining wind and solar energy in our hybrid parks, we minimize costs and optimize land use. Examples include the dual use of cable routes to save materials and avoid construction interventions. We also reduce the effort for grid expansion, leading to lower grid charges and shorter construction times. At EEF, we firmly believe in the optimal interplay of wind and sun, supported by storage solutions, for a sustainable energy future.
This renewable energy source plays a key role in the Energy transition 2.0. It significantly contributes to the security and sustainability of energy supply and reduces dependence on fossil fuels. Our wind farms harness the power of the wind for clean and reliable electricity generation. Thanks to cutting-edge technology, efficiency is maximized, and the ecological footprint is minimized.
Learn moreAt EEF, we specifically focus on photovoltaics, which efficiently converts sunlight into electrical energy. As an inexhaustible source of renewable energy, it supports the possibility of decentralized energy production. We recognize the diverse opportunities of innovative applications such as Agri-PV systems and use them to further diversify our energy sources.
Learn moreThe advanced technology of battery storage is an essential component for the efficient use of harvested energy. It ensures a stable power supply, even when wind and sun take a break. Thus, energy storage represents an indispensable pillar in the integration of renewable energies and can ensure reliable energy supply in the future.
Learn moreConversion technologies are revolutionizing our energy landscape. With innovative power-to-X processes, we transform excess electricity from renewable sources into versatile hydrogen, for example. This technology not only allows for efficient energy storage but also creates new pathways for sustainable industries and mobility. As a future energy carrier, hydrogen plays a key role in sector coupling and promotes decarbonization, especially in areas that are difficult to electrify.
Learn moreBy intelligently combining wind and solar energy in our hybrid parks, we minimize costs and optimize land use. Examples include the dual use of cable routes to save materials and avoid construction interventions. We also reduce the effort for grid expansion, leading to lower grid charges and shorter construction times. At EEF, we firmly believe in the optimal interplay of wind and sun, supported by storage solutions, for a sustainable energy future.
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Our mission is to actively and sustainably shape the Energy transition 2.0. To this end, we rely on comprehensive support measures, responsible actions, and continuous research.
At EEF, we see ourselves as pioneers of the Energy transition 2.0, and sustainable living plays a central role for us. Therefore, we focus on support measures that not only advance the expansion of renewable energies but also actively support local communities and municipalities.
As pioneers of the Energy transition 2.0, we do not see sustainability as a duty, but as an opportunity to actively shape the future and take responsibility for a better world.
