Batteries at wind and solar farms
The role of batteries in the energy transition is becoming increasingly crucial. To provide the Netherlands with reliable, sustainable energy, we are working on innovative solutions such as co-located batteries at solar and wind farms. These batteries store generated solar and wind energy, making it available when the wind is less windy or the sun is not shining. By integrating electricity storage directly at the source, we not only increase security of supply, but also prevent overloading the power grid. This helps grid operators and policymakers to keep the electricity system affordable and stable.
Read here. The fact sheet batteries at wind and solar farms by Holland Solar.
1. Value of Co-located Batteries
- Batteries at solar and wind farms (co-located) play a crucial role in the energy system by storing renewable electricity during overproduction and releasing it during lower generation.
- This increases security of supply and reduces the use of fossil fuels. It also helps balance the power grid, which increases stability and reduces costs.
2. Benefits of Co-located Batteries
- Spatial incorporation: Integration of batteries at the site of wind or solar farms reduces visual impact and material use. They share the same grid connection, leading to more efficient use of space and simpler permitting processes.
- Energy hubs: Combining batteries with generation facilities creates energy hubs that optimise generation, transmission, storage and off-take of energy, which can avoid grid reinforcement costs.
