Explore how energy storage is moving beyond backup power in Africa, supporting renewable energy integration, energy flexibility, and diverse residential, commercial, and critical infrastructure applications.

​EV charging stations can experience high power demand when multiple vehicles charge simultaneously. The Pytes HV48300 MAX SE high-voltage battery energy storage system can be integrated into EV charging infrastructure to store electricity and discharge during peak charging periods, helping supplement grid power and manage site demand.

​The Pytes V16 and V16 Lite low-voltage batteries support RS485, CAN, and WiFi communication, providing multiple connectivity options for battery-inverter integration and system monitoring. These interfaces support different communication requirements in residential solar energy storage and backup power systems.

HV48300 Max is designed around a high-voltage battery architecture that can support different energy storage requirements. Its battery modules use 314Ah LFP cells, with each module providing 16.07 kWh of nominal energy.

​As residential and light commercial energy storage continues to develop, battery system architecture has become an important consideration when planning a solar energy storage project. Users may choose between a traditional modular battery system made up of multiple smaller battery units and a high-capacity battery such as the PYTES V16 Lite.

​Different energy storage projects can have different voltage and capacity requirements. A battery system therefore needs enough configuration flexibility to fit the project rather than relying on one fixed system structure.