The Netherlands – Engie has unveiled plans to construct a cutting-edge battery park with a staggering capacity of 35 MW at the Maxima power station in Lelystad.
With a commitment to sustainability and innovation, Engie aims to energize this storage system by 2025, ushering in a new era of green energy management. This ambitious endeavor comes with an estimated price tag of around 50 million euros, underlining Engie’s dedication to advancing renewable energy technologies.
The primary goal of this visionary project is to harness locally generated sustainable electricity efficiently. Situated adjacent to the Maxima power station, there’s a sprawling solar park, and the region boasts a substantial presence of wind turbines. Engie’s forward-thinking strategy revolves around using cutting-edge battery energy storage systems to store excess energy during periods of high generation. This stored energy can then be seamlessly released into the grid during periods of high demand or when renewable energy sources are less productive, ensuring a steady and reliable power supply for the community.
Regulatory framework
Engie’s commitment to sustainability extends far beyond the Netherlands. The company has embarked on a global quest to identify key locations where battery energy storage systems can play a pivotal role in the ongoing energy transition. This visionary approach aligns perfectly with the broader global movement toward greener, more sustainable energy practices.
As a testament to Engie’s commitment to ethical practices and adherence to regulatory guidelines, the company has formally applied for a permit from the Province of Flevoland. The regulatory framework ensures that projects of this magnitude proceed with environmental and community interests at heart.
Engie anticipates swift progress and aims to take the initial steps in the project’s execution shortly. The timeline is ambitious, with the company striving to complete the battery park by mid-2025. This aggressive schedule underscores Engie’s dedication to making a substantial impact on the region’s energy infrastructure and transitioning to cleaner, more efficient power sources.
