- S4 Energy, a company specialising in grid-scale energy storage, has launched the first 4-hour battery storage system (BESS) in the Netherlands.
- This project in Rilland represents a scalable model that could be replicated in other countries looking to improve the flexibility of their electricity networks.
S4 Energy, a company specialising in grid-scale energy storage, has launched the first 4-hour battery storage system (BESS) in the Netherlands. Located in Rilland, Zeeland, this 10 MW facility is designed to improve the stability and flexibility of the country’s electricity grid.
With the accelerated growth in electricity demand and the integration of renewable sources, the energy infrastructure in the Netherlands faces significant challenges.
According to Dominique Becker Hoff, CCO of S4 Energy, the BESS (Battery Energy Storage System) allows energy to be stored during overcapacity and released when demand is highest. This improves the system’s efficiency and also contributes to the stability of electricity costs for consumers.
Becker Hoff stressed, “The Rilland facility is the first of its kind in the Netherlands with the storage capacity to deliver 10 MW of power for four consecutive hours. While this alone cannot meet total energy demand, it represents a critical and scalable step forward in sustainable energy storage innovation and grid flexibility.”
Energy storage is critical to maximising the use of renewable energy sources such as wind and solar. Without adequate storage mechanisms, the intermittency of these sources can affect grid reliability. S4 Energy’s new installation supports efficient electricity management and lays the foundation for future expansion in Europe.
Also, S4 Energy has announced plans to develop new storage facilities across Europe. This project in Rilland represents a scalable model that could be replicated in other countries looking to improve the flexibility of their electricity networks.
With this development, the Netherlands is taking a step forward in the transition towards a more resilient and sustainable electricity system, strengthening its infrastructure for future demands.