The Deye SE-F16 C supports parallel rack-mounting of modules, allowing capacity to be expanded to meet the needs of any facility—from a commercial solar power plant to an industrial facility with peak loads. This approach simplifies design:

• flexible scaling of the energy storage system
• optimization of space in the utility room
• reduction of installation time
• adaptation to various consumption profiles

For installers, this means rapid deployment of a BESS solution without complex development work.

The Deye SE-F16 C is based on lithium iron phosphate (LiFePO₄) chemistry, which provides:

• high thermal stability
• long cycle life
• safe operation
• predictable capacity degradation

This is especially important for systems operating in daily cycling mode, such as those coupled with a solar power system for self-consumption or peak shaving.

The built-in BMS monitors key parameters of each module: voltage, temperature, cell balance, and load mode. This improves:

• operational safety
• operational stability in hybrid systems
• battery pack durability

The SE-F16 C is optimized for use with Deye hybrid inverters, ensuring proper communication and precise charge/discharge control.

The module is designed for rack mounting, simplifying integration into server rooms and power supply rooms. Its compact design allows for efficient use of space, and a sophisticated cooling system maintains stable operation under heavy loads.