Battery

Battery Deye SE-F12 L

Low-voltage battery module based on lithium iron phosphate technology from Deye.

Battery

Battery Deye SE-F16 L

Low-voltage battery module based on lithium iron phosphate technology from Deye.

Datasheet

Brand

Deye

Model

SE-F16 L

Country

China

Capacity, kW*h

Characteristics

Description of the product

Deye SE-F16 L

A modular 51.2V LiFePO₄ battery for professional energy storage systems. Designed for hybrid solar power plants, commercial facilities, and backup power systems. This model operates in a 48–51.2V architecture and is designed for integration with low-voltage inverters.

This solution is for those building a reliable, scalable energy storage system, rather than simply installing a battery “as a backup.”

Main characteristics:

Nominal voltage

51,2 V

Max. battery charging current

230 А

Max. battery discharge current

230 А

Degree of protection

IP 21

Dimensions

400х708х233 mm

Weight

109 kg

Guarantee

5 years

Features and benefits:

The SE-F16 L operates within the standard LV system voltage range (~51.2 V), ensuring:

Full compatibility with low-voltage hybrid inverters
Easier integration into existing 48 V systems
Safe operation in commercial and technical spaces
The ability to scale capacity in parallel

This is especially important for facilities planning gradual grid expansion.

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

High cycle life
Low capacity degradation
Thermal stability
Increased safety

For businesses, this means predictable operation for many years, even with daily charge/discharge (self-consumption, peak shaving).

The battery supports parallel connection of modules, allowing you to:

increase system capacity
adapt solutions to different load profiles
create commercial energy storage systems
optimize solar generation

This makes the model an effective solution for warehouses, manufacturing facilities, office centers, and residential buildings.

The integrated battery management system monitors cell balance, temperature, charge/discharge current, and overload protection. This ensures stable operation in multi-module configurations and proper interaction with the inverter.