Hybridparks

When different renewable technologies meet, they create more than just energy - they represent the future of our energy supply. Intelligently interconnected, steadily available, and perfectly adapted to the needs of our times.

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For energy that connects

Our vision extends beyond technology and numbers. We believe in an energy future that does not divide, but connects. Hybrid parks are more than just facilities, they are vibrant places of change. Power is not the only thing generated here, but also new perspectives - communities that can sustain themselves. For those who use their land wisely. For future generations that deserve a healthy environment. For major customers, heating applications, or industrial clients. Every hybrid park is a promise: that we can shape the Energy Transition 2.0 together. Locally. Responsibly. Sustainably.

The Integration of Renewable Energies

Hybrid parks combine multiple core technologies into a powerful holistic system. Planning areas are always concepted in a holistic spatial context that also optimizes the use of their grid infrastructure.

Wind Energy

Wind power forms the backbone of a hybrid park. It reliably generates energy even at night and during low solar radiation periods, thus ensuring a stable base load. In combination with photovoltaic, wind ensures continuous supply.

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Photovoltaics

Photovoltaic is the solar engine of a hybrid power plant. It efficiently converts daylight into renewable energy – in a decentralized and climate-friendly way. In conjunction with wind power and battery storage solutions, the potential of all energy sources gets utilized optimally. Production peaks get balanced out.

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Storage solutions

Battery storage solutions are the core of a hybrid power plant. They store excess energy from wind and solar plants and make it available when needed. This increases security of the supply and enables flexible interaction between the sources.

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Data center

Data centers are a significant energy user within a hybrid power plant. They utilize locally generated energy from the wind and solar power plants on-site to create reliable demand. Combined with battery storage solutions and other technologies, loads can be flexibly controlled and renewable energies can be used particularly efficiently.

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The perfect interplay of energy carriers

Our hybrid parks strategically utilize the natural rhythms of wind and sun.

Photovoltaics deliver peak performance at midday, while wind turbines often generate reliable electricity at night. Battery energy storage solutions buffer fluctuations and AI-driven control systems optimize real-time distribution. These synergies create a stable, weather-independent power supply all while taking advantage of existing infrastructures. A vast green network like this can connect large customer volumes in the future. This reduces costs and accelerates implementation.

Why hybrid parks are the energy concept of the future

Maximum energy yield through intelligent combination

Photovoltaic achieves high yields during the day, especially in the summer months, while wind turbines provide reliable electricity during winter and at night. Together, they ensure consistent annual production.

Security of supply through storage and diversification

Battery storage systems compensate for weather-related fluctuations and relieve the power grid – they store excess energy and release it when little is available. The combination of different energy sources strengthens the network and reduces dependency on any one individual source.

Efficient infrastructure and land use

Dual use of existing infrastructures like cable routes and grid connections conserve valuable resources like copper and aluminum. The intelligent combination of various energy sources maximizes the use of available land while minimizing structural interventions.

Local energy usage during grid bottlenecks

Overloads to the electricity grid are avoided by utilizing surplus electricity directly on-site during grid bottlenecks. This supports regional supply and local value creation.

Holistic system stability

Hybrid parks create a resilient energy supply that ensures consistent electricity provision regardless of time of day or season. They reduce supply gaps, promote grid stability, and form the foundation of the Energy Transition 2.0.

Grid relief through collective feed-in

Consolidated feed-in reduces the need for additional grid expansion while lowering grid fees and enabling faster project realization. A grid connection for multiple technologies is optimally utilized.

  • Maximum energy yield through intelligent combination

    Photovoltaic achieves high yields during the day, especially in the summer months, while wind turbines provide reliable electricity during winter and at night. Together, they ensure consistent annual production.

  • Security of supply through storage and diversification

    Battery storage systems compensate for weather-related fluctuations and relieve the power grid – they store excess energy and release it when little is available. The combination of different energy sources strengthens the network and reduces dependency on any one individual source.

  • Efficient infrastructure and land use

    Dual use of existing infrastructures like cable routes and grid connections conserve valuable resources like copper and aluminum. The intelligent combination of various energy sources maximizes the use of available land while minimizing structural interventions.

  • Local energy usage during grid bottlenecks

    Overloads to the electricity grid are avoided by utilizing surplus electricity directly on-site during grid bottlenecks. This supports regional supply and local value creation.

  • Holistic system stability

    Hybrid parks create a resilient energy supply that ensures consistent electricity provision regardless of time of day or season. They reduce supply gaps, promote grid stability, and form the foundation of the Energy Transition 2.0.

  • Grid relief through collective feed-in

    Consolidated feed-in reduces the need for additional grid expansion while lowering grid fees and enabling faster project realization. A grid connection for multiple technologies is optimally utilized.

Colleague and partner perspectives

  • “Hybrid parks are the heart of the Energy Transition 2.0 – they demonstrate how smart collaboration elevates renewables to the next level.”

    Nina Ludwig (geb. Riechelmann)

    Head of Innovation

Hybrid parks - a win for everyone

Hybrid parks are more than an innovative energy solution – they create long-term prospects for all stakeholders.

Landowner(s)

Local communities & residents

Agriculture cooperatives

Project developers

Your land, our expertise

You own the most valuable asset of the energy transition: the land. EEF provides the expertise to develop sustainable value creation from it. Through long-term usage contracts, we generate reliable income for decades to come. Your land remains in your possession – we develop it together. Benefit from the Energy Transition 2.0 and create prospects for future generations.

Local value creation that lasts

Hybrid parks bring more than just clean energy to your region. They create local jobs, strengthen local infrastructure, and make your community an attractive location for forward-thinking companies. The combination of various technologies creates diverse employment opportunities. Investments flow directly into the region, creating sustainable economic power.

New harvest, proven partnership

Agriculture and energy production complement each other perfectly. Our hybrid power plants enable you to tap into additional sources of revenue without giving up agricultural use. EEF develops customized concepts that suit your operations. Combine traditional farming with modern energy production to strengthen the economic power of your agriculture cooperatives in the long term.

Partnership with perspective

EEF is advancing the development of hybrid power plants and seeking strong, forward-thinking partnerships. Our approach combines innovative technology with regional expertise to implement projects efficiently and sustainably. Together, we optimize land use, reduce costs through synergies, and actively shape the Energy Transition 2.0.

Frequently Asked Questions

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Are you ready to help shape the energy of tomorrow?

Feel free to contact us!

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