ZOOZ Power’s introduction of energy storage solutions marks a critical step in helping charging operators manage energy more effectively. The new ESS is designed to store energy during off-peak hours—when electricity costs are lower—and deploy it during peak demand, minimizing strain on the grid and lowering electricity expenses.
This capability is particularly valuable for ultra-fast EV charging stations, which face significant challenges when operating in areas with limited grid capacity. By integrating ESS with its existing flywheel-based Intelligent Power Booster (ZOOZTER), ZOOZ Power offers a combined solution that enables high-power charging without costly infrastructure upgrades, improving cost efficiency and service reliability.
The upgraded Energy Management System (EMS) enhances both the new ESS and the ZOOZTER by providing real-time energy optimization at the charging site. Operating locally, the EMS can rapidly adjust energy flows to reduce power peaks, improve battery lifespan, and ensure seamless operation even under variable grid conditions.
This advanced EMS supports intelligent energy allocation, allowing operators to balance energy sources dynamically and ensure consistent charging performance. The system is especially critical as more charging stations come online in urban centers and along high-traffic corridors, where grid stress is a growing concern.
With energy costs rising and EV demand surging, ZOOZ Power’s expanded solutions are well-timed to support infrastructure operators facing technical and economic challenges. By combining energy storage and intelligent management, the company is delivering practical tools to enhance scalability, performance, and return on investment.
