Resilient
Power Grids
High-Power Storage for Transmission and Distribution Grids
Power grids face a dual challenge: the shift from centralized to decentralized generation and the increasing dynamics on the consumer side are driving higher demands for performance, capacity, and responsiveness. At the same time, power supply must remain uninterrupted and both frequency and voltage stable—there’s no room for micro-brownouts or blackouts. Adaptive Balancing Power delivers a scalable, dynamic, and grid-supportive high-power storage solution.
Resilience for Tomorrow’s Power Supply
Our high-power storage systems enhance the resilience of power grids through lightning-fast responses to load changes, frequency deviations, and voltage dips.
They take over grid-supporting functions such as inertia, frequency regulation, voltage stabilization, and black start capability—while also creating additional headroom for dynamic consumers and volatile renewable energy integration.
More Throughput.
More Control. More Security.
These innovative high-power storage systems enable targeted smoothing of peak loads, ramp rate control, and integration of fluctuating generation—without compromising grid stability. This increases energy throughput without exceeding the physical limits of the infrastructure.
- Flexible Deployment—Also Temporary
Our systems can be installed not only permanently but also temporarily—for example, to bridge grid expansion phases, safeguard critical infrastructure, or reinforce the grid during major projects. The modular design and rapid commissioning allow for flexible, demand-driven deployment. Our storage units are monitored over-the-air and serviced once a year.
- Scalable for Every Grid Level
Our storage solutions are scaled in clusters—from single megawatts up to larger clusters. The properties of each cluster can be freely selected and adapted precisely to local requirements—whether in the transmission grid or in regional distribution networks.
Ready for the Energy Transition
Our systems are pre-assembled, quickly installed, and can be deployed across Europe. They complement existing grid infrastructure and lay the foundation for a secure, flexible, and future-proof energy supply.