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51.2V 300Ah Home Energy Storage

  • Ultra-High Capacity: The home energy storage system provides 51.2V 300Ah power, ideal for whole-home backup and long-duration energy supply.
  • Reliable Backup Power: Stay worry-free during outages with a stable and continuous power source for essential home appliances.
  • Long Lifespan: Built with advanced lithium technology, this home energy storage solution offers extended cycle life and consistent performance.
  • Smart Energy Management: Optimize energy usage by storing solar or off-peak electricity for later use, reducing electricity costs.
  • Safe and Stable Design: Equipped with intelligent protection systems, the home energy storage unit ensures safe operation with protection against overcharge, overheating, and short circuits.


Reliable Home Energy Storage – 51.2V 300Ah LFP Battery

Designed for home energy storage, the 51.2V 300Ah LFP battery delivers high performance and long-lasting reliability. With a wide 40–58.4V range and 1C charge/discharge rate, it ensures efficient energy management. The built-in intelligent BMS provides full protection, while advanced LFP technology offers over 8,000 cycles, making it a safe and durable solution for sustainable home power.

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FEBATT – Your Trusted Home Energy Storage for Backup Emergency Power

FEBATT provides a reliable backup power solution to keep essential devices running during outages. Built with high-capacity LFP battery technology and an intelligent BMS, it ensures safe, efficient performance and long cycle life—delivering stable power for both daily use and emergency needs.

home energy storage system


Reliable Backup Power for Unexpected Outages

Designed for dependable home energy storage, this 51.2V 300Ah LFP battery delivers high capacity, a wide 40–58.4V range, and efficient 1C charge/discharge performance. Equipped with an intelligent BMS and over 8,000 cycles, it ensures safe, long-lasting operation—keeping your home powered and protected during daily use or unexpected outages.

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FEBATT Home Energy Storage – Intelligent, Multi-Scenario Power for Every Need

 Intelligent Power for Home Backup, EV Charging, Time-of-Use Savings, and Off-Grid Adventures. Protected from unexpected outages, optimized for every scenario.

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PARAMETER INFORMATION

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FAQ

Q1: What are FEBATT home energy storage batteries used for?

A: FEBATT home energy storage batteries are designed for residential energy management, including solar self-consumption, backup power during outages, time-of-use energy shifting, and off-grid or weak-grid applications. They can store excess photovoltaic energy or lower-cost grid electricity and release it when household demand is higher.

A: LiFePO4 (LFP) is widely used in home energy storage because it offers strong thermal stability, long cycle life, low maintenance requirements, and stable performance for repeated daily charging and discharging. FEBATT uses LiFePO4 cells across its home energy storage range. Published cycle-life ratings vary by model and test conditions. Current FEBATT product pages include specifications ranging from 3,000+ and 6,000+ cycles to over 8,000 cycles, with some models rated at 80% depth of discharge (DoD). Always refer to the specifications of the selected model for the applicable cycle-life rating.
A: An intelligent Battery Management System (BMS) monitors key battery conditions and helps protect the system against risks such as overcharge, over-discharge, overcurrent, short circuit, and abnormal temperature. The exact protection functions and communication capabilities depend on the battery model and system configuration.
A: Many FEBATT standalone 48V and 51.2V home energy storage batteries are designed for integration with photovoltaic systems and compatible inverters. Compatibility should be confirmed according to battery voltage, charge and discharge limits, current requirements, communication protocol, and the specific inverter model. FEBATT also offers all-in-one home energy storage systems in which the battery and inverter are integrated into one unit.
A:  The required capacity depends on daily electricity consumption, the loads that must remain powered, required backup duration, inverter output, solar generation, and usable battery capacity. FEBATT’s current home energy storage range includes integrated systems in capacities such as 8kWh, 10kWh, 14kWh, 16kWh, and 20kWh, as well as 48V and 51.2V standalone battery configurations. For B2B projects, sizing should be based on the actual load profile rather than household size alone.
A: Selected FEBATT home energy storage batteries support modular or parallel expansion to increase available storage capacity. Parallel capability is model-specific, so the maximum number of units, BMS communication, current sharing, cabling, and inverter compatibility should be confirmed before system design or deployment.
A:  Yes. FEBATT’s home energy storage category includes standalone wall-mounted or modular battery products as well as integrated all-in-one systems that combine battery storage with an inverter. Standalone batteries provide more flexibility for inverter matching, while all-in-one systems simplify system integration and installation planning.
A: Yes. FEBATT supports OEM and ODM development for B2B customers and project partners. Depending on the project, customization can cover battery capacity, system voltage, enclosure design, physical dimensions, BMS functions, communication interfaces, connectors, branding, and system configuration. Final specifications are subject to engineering evaluation and application requirements.

A: Compliance documents vary by product model and destination market. Depending on the selected product, available documentation may include CE, FCC, RoHS, UKCA, UN38.3 test reports, and other market- or transportrelated documents. FEBATT also operates under an ISO 9001:2015 quality management system. Because compliance requirements and documentation are model specific, distributors, installers, and project buyers should confirm the required documents for the selected product and target market before ordering.

A: Battery life and usable performance are influenced by operating temperature, depth of discharge, charge and discharge current, cycling frequency, inverter settings, ventilation, and storage conditions. Different FEBATT home energy storage models have different operating-temperature and electrical limits, so the product datasheet and BMS requirements should be followed for system design, installation, and long-term operation.

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