Energy Hub Neder-Betuwe

Next to our Solinoor office in IJzendoorn, we are creating an innovative energy hub. We combine our 10MW floating solar park with numerous energy offtakers such as sand extraction, dike reinforcement, charging electric vehicles (EVs), shore power for ships and potential green hydrogen production. By combining a wide variety of factors, this requires an innovative approach to achieve a balanced and integrated energy system. Learn more about our approach on this page or get directly in touch with our energy experts.


Innovative energy hub in the Neder-Betuwe, Gelderland, the Netherlands

Solinoor's innovative approach

A floating solar park in the floodplains

While creating a floating solar park already has its own unique challenging aspects when compared to land or rooftop solar systems, this project has additional challenges from the vibtrant environmental conditions of the floodplains. Overcoming the challenges of dynamic water conditions, such as strong currents and fluctuating water levels of up to 8 meters, requires cutting-edge anchoring and floating technologies. This remarkable engineering feat not only contributes to sustainable energy production but also demonstrates our adaptability in the face of unique environmental conditions with a pioneering endeavor in the field of floating solar.

floating solar park in the floodplains of Gelderland, the Netherlands
Sustainable shore power for ships

Powering multiple energy consumers

In a grid congested area, there is limited capacity available for all local consumers to operate. By balancing the diverse energy consumption profiles of sand extraction, electric dike reinforcemement machinery, charging electric vehicles and shore power, this showcases an innovative approach in energy management. This project's uniqueness lies in its integrated smart grid and energy storage solutions, enabling efficient allocation of electricity across various demanding applications. By optimising energy distribution, this initiative maximises energy utilisation and also contributes to reducing carbon emissions, making it a top-notch infrastructure design in sustainable energy systems.

A unique Energy Management System

Combining and integrating a diverse set of energy profiles

To optimise the energy production and consumption profiles requires a torough analysis. In a data-driven approach, Solinoor has developed a unique Energy Management System (EMS) to visualise the hourly energy balance of the diverse energy profiles. With this tool, we optimise the energy distribution and we have the ability to predict and anticipate different scenarios. This ensures a more efficient and cost-efftive energy management that sets a new standard for developing integrated energy systems.

Solinoor Energy Management System

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