Bateria de alta tensão Pylontech Force-H3 5.12kWh 102V LiFePO4 (FH10050)

The Force-H3 is a 102V high-voltage battery of the latest generation from Pylontech, based on safe and durable lithium iron phosphate technology (LiFePO4).

• Flexibly expandable
• Designed for 8000+ charge cycles or 15 years

• Highlights of the Force-H3 battery module
• LiFePO4 storage technology
• Parallel connection of up to 6 groups possible
• High charge and discharge power possible
• Plug and Play
• Compact and space-saving
• Compatible with over 30 inverter manufacturers
• Lifespan over 15 years

In addition to the flexible capacity configuration from 10.24 to 35.8 kWh per tower, the high voltage from 204.8 V to 716.8 V is also an outstanding feature of the Force-H3 series. Despite the versatile configuration options, the modular design remains user-friendly and enables simple installation without complicated wiring. In contrast to previous models and other storage systems, the Force series no longer requires a separate, often expensive battery cabinet. Its space-saving and versatile design makes it ideal for a variety of application scenarios.

• Group management

With the Pylontech Force-H3, multiple groups of battery modules can be connected in parallel to further increase storage capacity. Up to 6 groups can be operated in parallel, achieving a maximum total capacity of 215.04 kWh. Each group can be configured independently, allowing high flexibility in scaling the storage system. Despite the parallel grouping, the system is easy to control via the central battery management, so all modules work efficiently and safely.

• Optimal self-consumption coverage

In residential buildings, energy demand is higher in the morning and evening, while the generated solar energy only reaches its peak at midday. The battery storage systems of the Force series from Pylontech balance this difference between consumption and generation of electrical energy. Even a small battery storage with a capacity of up to 15 kWh can noticeably optimize self-consumption in a multi-person household and counteract constantly rising electricity costs. Larger storage systems enable a longer lifespan through targeted reduction of the depth of discharge or increase reserves on a cloudy day or power outage.