Dutch Energy Startup Eddy Grid Raises €7.5M After Rapid Revenue Growth

The round was largely funded by existing investors including Graduate Ventures and Volve Capital highlighting strong internal confidence in the company’s growth. Nearly €1 million in secondary share transactions were also completed for existing shareholders. Eddy Grid previously raised €1.5 million in 2024.

Founded in 2023, Eddy Grid develops advanced optimisation algorithms that maximise returns from renewable energy assets such as solar, wind, and battery systems by dynamically trading and optimising energy on real-time markets.

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The company reported nearly 900% revenue growth in 2025 and expects a further 1000% increase in 2026 while remaining cash flow positive. It claims its platform delivers some of the highest market returns for renewable energy operators.

Eddy Grid’s technology is increasingly adopted by owners of solar farms, wind turbines, and battery systems, who reportedly see significant revenue improvements after switching to its platform.

The company has scaled rapidly, growing from 16 to 60 employees since early 2025, and now manages over 500 MW of energy assets making it the largest independent energy optimiser in the Netherlands. It currently operates across the Netherlands and Belgium and is preparing for expansion into Germany.

“The optimisation of energy assets is becoming increasingly complex at a rapid pace, especially now that solar, wind, and batteries are increasingly being combined behind a single connection. It is precisely in this complexity that our strength lies. The fact that we are growing rapidly and are cash flow-positive proves that our approach works. With this round, we are strengthening our position as market leader and accelerating the move towards a sustainable energy grid in Europe,” said Sam Rohn, CEO and co-founder of Eddy Grid.

About Eddy Grid

Eddy Grid an EnergyTech company accelerating the energy transition by optimising renewable energy usage. It enables better utilisation of solar and wind power through smart algorithms that balance supply demand and storage.