DEYE SE-F16-C 51.2V 16kWh energy storage
Energy storage for home and business
DEYE SE-F16-C 16kWh is a modern energy storage system using safe cells based on LiFePO₄, designed for users seeking maximum energy independence. Its high capacity 16 kWh, an intelligent system BMS battery management and the ability to expand the system up to 512 kWh, is ideal for detached homes, farms and businesses using energy from solar installations.
The energy-storage system offers a nominal voltage 51.2V, maximum continuous charging current 160A and a continuous discharge current of up to 230A. This allows it to power demanding electrical equipment and support modern hybrid inverters with ease. Peak discharge current 280A ensures stable operation even during brief load spikes.
Key DEYE SE-F16-C specifications
- Energy capacity: 16.38 kWh
- Nominal voltage: 51.2V
- Rated capacity: 320Ah
- LiFePO₄ (LFP) technology
- More than 6000 charge and discharge cycles at 90% DoD
- Advanced BMS
- System expansion option by connecting multiple units in parallel, allowing storage capacity to be adapted to growing user needs
LiFePO₄ technology – safety and long service life
Lithium iron phosphate (LiFePO₄) cells provide exceptional durability and a high level of safety. The battery offers more than 6000 operating cycles while retaining high performance over many years. Resistance to overheating and stable cell chemistry allow the DEYE energy storage system to store energy safely in household and commercial applications
Scaling tailored to your needs
DEYE SE-F16-C was designed with future system expansion in mind. The ability to connect up to 32 units in parallel can be combined to create an energy storage system with a capacity exceeding 500 kWh. It is ideal for users planning to expand their PV system or increase energy demand in future.
Smart energy management and monitoring
DEYE SE-F16-C is equipped with advanced BMS, which continuously monitors voltage, temperature and cell status and protects the battery against overcharging, excessive discharge, overload and overheating. Through communication CAN, RS485 and Bluetooth the energy storage system provides convenient operating-parameter monitoring and seamless integration with DEYE hybrid inverters, creating a modern and reliable energy management system.


