Stack280 Delivers Reliable Energy for an Institution in Nairobi

In Nairobi, Kenya, more institutions are adopting solar power systems to reduce electricity costs and improve energy independence. However, grid instability and fluctuating power supply can still affect daily operations for many organizations.

To improve energy reliability and maximize the utilization of solar power, a Nairobi-based institution decided to integrate an energy storage solution with its existing PV system.

The project features one Dyness Stack280 energy storage system, consisting of 10 S51280 battery modules with a total storage capacity of 140 kWh. The system operates alongside a 50.8 kW PV system and a Solis inverter, forming an integrated solar-plus-storage solution.

With its modular design, the Stack280 enables flexible system configuration and simplified installation. Excess solar energy generated during the daytime can be stored and later used during peak demand periods or at night, ensuring a more stable and efficient energy supply.

With the deployment of Dyness Stack280, the institution has significantly improved the utilization of its solar energy while reducing reliance on the local grid.

The system provides reliable backup power and supports stable operation of critical facilities, ensuring uninterrupted daily activities. This installation also marks the first Dyness Stack280 deployment in East Africa, demonstrating the growing potential of advanced energy storage solutions in the region.