Force H1 Systems are made to order using the following components:  FH48074 Battery Module / Cassette - Quantity dependent on system capacity required  FC0500-40S BMS Controller & Base    HV Cable Kit System Integration Information: The Pylontech Force H1 module can be integrated with many of the world's leading inverter brands.

Pylontech Force H1 144V 10.65kWh Managed Battery System (3 Cassettes + BMS Controller and Base)

The Force-H1 & H2 are a high voltage modular stackable energy storage system based on lithium iron phosphate battery technology. Its attractive furniture type design and IP55 Rating makes it ideally suited for installing as a home energy storage system.

The Force H1 & H2 battery systems are designed to be installed without the aid of the inter connection battery cables, significantly reducing the installation time. The basic module is 3.55 kWh cassette, with a 90% DOD, and is available in two shapes, the H1 wider and lower or H2 narrower and higher, to meet all space requirements.

Features & Benefits:

• Modular design from 10.65kWh to 24.86kWh enables quick and secure installation, & maintenance with no exposed wiring or connectors
• Cycle life: >5000 cycles @ 25°C with 90% DoD for daily cyclic applications
• Working Temperature Range 0°C to 50°C with excellent discharge performance & cycle life
• Storage temperature range -20~60°C
• Suitable for indoor and covered outdoor (IP55) installation
• Cathode material is made from LiFePO4 for safety performance and long cycle life
• The BMS has protection functions including over discharge, over charge, over current and high/low temperature
• Compatible with many available Hybrid inverters
• Safety Cert. VDE2510-50, IEC62619, UL1973, IEC62477-1, IEC62040-1, CEC, CE
• Clean Energy Council Approved (CEC)

 
Warranty: The Force-H1 & H2 comes with a standard warranty of 10 years. Register your product on the Pylontech website. A linear depreciation to a minimum of 80% of capacity over 10 years is expected and is not covered by the warranty.

Specifications: