This article highlights a groundbreaking pilot project by S4 Energy in Heerhugowaard, integrating a hybrid energy storage system at Wind Farm Luna. The innovative system combines batteries and KINEXT flywheels, ensuring constant energy flow and grid stability even during intermittent wind conditions. This advancement promises enhanced efficiency in supplying renewable energy to the grid, reducing imbalances in supply and demand while potentially curbing energy curtailment.
In a pioneering move, S4 Energy has initiated a pilot project in Heerhugowaard, integrating a hybrid energy storage system at Wind Farm Luna. This innovative system, combining batteries and KINEXT flywheels, is designed to maintain a consistent energy flow from the wind farm, ensuring grid frequency stability at 50 Hz even during wind lulls. This advancement allows for increased efficiency in supplying renewable energy to the grid and addresses supply-demand imbalances while potentially preventing curtailment.
The Hybrid Energy Storage System
The hybrid energy storage system consists of a strategic pairing of batteries and KINEXT flywheels. This combination provides a swift response to variations in mains frequency, offering ample power when needed. The KINEXT flywheels play a vital role in extending the battery system’s life by absorbing and supplying large amounts of power to the grid within short durations, significantly reducing the load on the batteries and maintaining their charge status at around 50%. This enhancement contributes to a longer service life for the entire energy storage system.
Extending Support and Funding
S4 Energy’s innovative pilot has garnered support and funding, setting the stage for its successful implementation. The project secured a DEI grant from RVO, demonstrating acknowledgment and backing from governmental energy bodies. Moreover, funding has been made possible by the Participatiefonds Duurzame Economie Noord-Holland, showcasing the active involvement of impact investors since 2028. This collaborative financial support underscores the shared commitment to advancing sustainable energy solutions.
Impact on the Netherlands
The integration of this hybrid energy storage system at Wind Farm Luna in Heerhugowaard signifies a significant step towards enhancing the efficiency and stability of renewable energy generation in the Netherlands. By smoothing out energy flow and minimizing imbalances in supply and demand, this innovation contributes to a more reliable and sustainable energy grid. The potential reduction in curtailment offers a promising outlook for maximizing the utilization of renewable energy resources in the country.
Verum Artes and Advancing the Trend
At Verum Artes, we recognize the critical importance of sustainable energy solutions and acknowledge the efforts being made in the Netherlands through initiatives like the hybrid energy storage system at Wind Farm Luna. We are committed to actively engaging and collaborating with companies at the forefront of this trend, aiming to advance and promote sustainable energy solutions. By aligning our efforts with innovative projects such as this, we strive to contribute to a cleaner, greener, and more sustainable future.
Original Source: Increasing wind farm efficiency with hybrid energy storage system by Energy Storage NL
