Storage technology
Take container storage, for example. Battery storage in containers is an innovative type of energy storage system specifically developed for the requirements of renewable energies.
- Modularity and scalability: Container storage systems offer high modularity and scalability. Because they are based on standardized freight containers, they can be easily expanded and adapted to individual requirements. By combining multiple containers, large storage capacities of up to several hundred MWh can be achieved to cover peak power demand and ensure a continuous energy supply.
- Mobility and flexibility: Container storage systems are mobile and can be easily transported to different locations. This makes it possible to tap into renewable energy sources in remote locations or to meet temporary energy needs.
- Integration of various technologies: We can integrate various technologies into our wind energy projects, including batteries, hydrogen, or even thermal energy storage. This allows us to utilize the respective advantages of the various technologies and adapt them to specific requirements, such as local heat supply, emergency power supply, and much more.
- Efficiency and short deployment times: Container storage systems are usually prefabricated and ready for use. This shortens deployment times compared to other energy storage solutions. The short time spans from planning to commissioning enable faster integration of renewable energies and contribute to the stability of the power grid.
- Cost optimization: Scalability and the ability to reuse existing infrastructure contribute to cost optimization. Container storage systems enable us to ensure a reliable, decentralized energy supply.
We plan battery storage solutions, for example, to complement our own wind energy projects or to increase the security of supply for companies in the manufacturing industry and agriculture.