Deye AI-W5.1-B Low-Voltage Battery Kit, 10 kWh

The Deye AI-W5.1-B 10 kWh is a reliable lithium iron phosphate (LiFePO4) battery created for efficient energy storage in residential and commercial systems. Thanks to its modular design, high level of safety and ease of installation, it is an ideal solution for building modern solar power plants with battery backup

The battery makes it possible to use generated solar energy as efficiently as possible, reduce electricity costs and increase the autonomy of the facility. It integrates easily into existing power systems and ensures stable operation even under intensive load.

The design uses cobalt-free LiFePO4 chemistry, which is distinguished by high stability and durability. Intelligent battery management system (BMS):

• controls charging and discharging
• provides cell balancing
• protects against overheating, short circuit and overvoltage

The battery has an IP65 protection rating, which allows it to be used both indoors and outdoors. Stable operation is ensured across a wide temperature range from -20°C to +55°C with no loss of performance.

The modular architecture makes it easy to expand the capacity of the system:

• up to 6 modules in one cluster
• up to 36 modules in the overall system
• total capacity of up to 184 kWh

This makes the battery suitable both for private houses and for large commercial or industrial projects.

The system supports remote monitoring and firmware updates. Automatic module connection considerably simplifies setup and operation.

The compact stackable design allows the battery to be installed:

• on the floor
• or mounted on a wall

A minimal number of connections and the absence of complex cabling shorten installation time. The battery is made of safe materials, contains no toxic components and complies with modern environmental standards.

The Deye AI-W5.1-B is a versatile energy storage solution that combines safety, flexibility and modern technologies. It is the ideal choice for those who want to cut electricity costs and gain maximum energy independence.