Dyness HV9637 96V 3.55kWh LiFePO4 Battery for Tower

Product Description

The Dyness HV9637 96V 3.55kWh LiFePO₄ Module for Tower is the stackable element that forms the Dyness Tower batteries (T7 to T21). Each LFP module delivers 3.55 kWh and 96 V nominal, connects in series within the tower via the BDU (Battery Distribution Unit), and features CAN communication to the master BMS. Its IP54 design allows for indoor/outdoor installation and clean integration with compatible HV inverters, offering high safety, reliability, and thousands of useful cycles.

Main Features

• 96 V, 37 Ah (3.55 kWh) HV LFP module for Tower systems.
• Series connection to the BDU with CAN communication; master BMS in the tower.
• IP54 protection for indoor/outdoor use and robust construction.
• Part of T7/T10/T14/T17/T21 configurations (2 to 6 modules per tower).
• ≥6,000 cycles @80 % DoD and high thermal stability LiFePO₄.
• Remote monitoring/updating at system level (via BDU/inverter).

Advantages or Benefits

• Simple scalability: add modules to increase tower voltage and energy.
• Lower losses: high voltage operation with lower currents.
• Enhanced safety: LFP chemistry and protections from the master BMS.
• Efficient installation: organized wiring, floor hardware, and self-configuration.
• Wide compatibility with HV inverters via Dyness profiles.

Purpose or Applications

Use in Dyness towers for three-phase self-consumption, backup, peak-shaving, and off-grid solutions (depending on inverter). Not suitable for 48 V (LV) systems.

Technical Specifications

Compatibilities

Part of Dyness towers: T7 (2×HV9637), T10 (3×), T14 (4×), T17 (5×), T21 (6×). Integration with HV inverters supporting Dyness Tower profile via CAN/RS485/RS232 through the BDU.

Dyness HV9637 96V 3.55kWh LiFePO₄ Module for Tower is a professional solution for demanding renewable energy projects. It increases autonomy, optimizes space, and improves the efficiency of your installation.