The energy storage system enables the school to maintain essential functions during planned or emergency outages. The solution helps provide lighting, communications, and a reliable learning environment.

We helped strengthen the school's energy independence through the installation of an energy storage system. It powers key building systems and improves readiness during power disruptions.

The lyceum received a backup energy solution that helps maintain operations during unstable power supply conditions. The system supports essential needs and strengthens the institution's resilience.

With the installed energy storage system, the school can continue operating even during extended outages. This supports uninterrupted learning and keeps essential services running.

We equipped the lyceum with an energy storage system that supports critical operations during power interruptions. The solution helps maintain access to lighting, communications, and heating when it is needed most.

The school received a modern energy storage system to support essential operations during outages. This helps maintain a safe and comfortable environment for students and staff regardless of grid conditions.

We provided an energy storage system to ensure backup power for the school's critical infrastructure. The solution helps maintain lighting, communications, and heating during disruptions to the power grid.

A 40 kWh battery storage system has been implemented at Konotop Lyceum No. 10 to improve energy security and reliability. It provides backup power for essential school operations, helping maintain a safe and stable learning environment for students and staff under conditions of energy instability.

A 40 kWh energy storage system has been installed at Konotop Lyceum No. 1 to enhance operational resilience. The system supports critical educational infrastructure, including lighting, communication systems, heating circulation, and IT equipment, ensuring uninterrupted learning conditions during outages.