Pylontech Force H3 High-Voltage Stackable Lithium Battery The Pylontech Force H3 is a high-voltage lithium iron phosphate (LiFePO₄) battery energy storage system designed for residential solar applications and hybrid energy systems. Built with advanced battery technology and intelligent management, the Force H3 provides safe, reliable, and scalable energy storage for modern homes. The system features a modular stackable design, allowing flexible energy capacity expansion by combining multiple battery modules. Each battery module provides 5.12kWh capacity, and the system can be configured with 2 to 7 modules, offering a total capacity range from 10.24kWh to 35.84kWh per stack. With high energy density, advanced safety design, and intelligent control, the Force H3 ensures efficient energy storage and optimized power management. Its plug-and-play installation simplifies system setup, while remote monitoring capabilities allow users to easily manage and maintain the system. Designed for long-term performance, the Force H3 battery offers over 8000 charge cycles and a design life of more than 15 years, making it a durable and cost-effective energy storage solution for solar power systems. Key Features ⚡ High Efficiency Energy Storage The Pylontech Force H3 provides high energy density and efficient energy storage, reducing energy losses and delivering stable performance for residential solar systems. �� Modular & Scalable Design The battery system supports 2 to 7 modules per stack, allowing flexible capacity expansion from 10.24kWh to 35.84kWh. �� Advanced Safety Technology Built with LiFePO₄ battery chemistry and an intelligent BMS, the system ensures safe operation, thermal stability, and reliable energy management. �� Intelligent Energy Management The system supports AI-driven algorithms and smart monitoring, enabling efficient battery performance and longer lifespan. �� Easy Installation The Force H3 features a stackable plug-and-play design, reducing installation complexity and allowing quick deployment. �� Strong Scalability Multiple battery groups can be connected in parallel, allowing system expansion up to 6 groups for large energy storage systems.
