The home energy storage battery LiFePO4 is a modern power solution designed to enhance how households manage and utilize electricity. It captures energy from renewable sources or the grid and makes it available when demand increases. With stable performance and efficient energy conversion, it helps reduce waste and improve overall system balance. Its structured design allows for organized installation and future capacity growth. Built for reliability, it operates smoothly across different conditions, supporting daily household energy needs while contributing to a more controlled and sustainable power usage approach.
DC Side Parameters:
| Project / Parameter | Main Parameter / Specification |
|---|---|
| Cell Type | LiFePO4 |
| Reference Voltage | 51.2V |
| Nominal Capacity | 100 Ah |
| Rated Energy | 5120 Wh |
| Housing Material | Metal Plate |
AC Side Parameters:
| Project / Parameter | Main Parameter / Specification |
|---|---|
| Rated Power | 5200 W |
| Surge Power | 10400 W |
| Wave Form | Pure Sine Wave |
| AC Output Voltage | 230 VAC ±5% |
| Inverter Efficiency (Peak) | ≥90% |
| Input Voltage | 230 VAC ±5% |
| Frequency Range | 50/60 Hz (Automatic Sensing) |
| MPPT Open Circuit Voltage | 450 VDC |
| Maximum Input Current of MPPT | 18 A |
| MPPT Power | 6000 W |
| MPPT Voltage Range | 150–430 VDC |
System Parameters:
| Project / Parameter | Main Parameter / Specification |
|---|---|
| Size (L × W × H) | 440 × 190 × 1271 mm ±1 mm |
| Dust Proof Level | IP20 (Indoor Use) |
If you would like to discover the full potential of our home energy storage battery LiFePO4, learn how it can improve your household energy efficiency, or explore a customized configuration tailored to your specific needs, feel free to reach out to our team. We are ready to provide detailed product information, technical insights, and professional support to help you select the most suitable energy storage solution.
One of the key reasons to choose this system is its consistent and reliable energy delivery. It efficiently stores surplus electricity generated during the day and releases it when needed, ensuring a steady power supply throughout the evening or during unexpected outages. This capability allows homeowners to maintain normal daily activities without interruptions, supporting essential appliances and improving overall living comfort.
Another important advantage is its modular flexibility. The system is built with a scalable architecture, enabling users to expand capacity as their energy needs grow. This makes it suitable for a wide range of applications, from small residential setups to larger homes with higher power demands. The ability to customize system size ensures efficient energy management without unnecessary investment.
Durability is also a defining feature of this solution. Utilizing lithium iron phosphate technology, the battery offers a long operational lifespan with thousands of stable charge and discharge cycles. This extended service life helps reduce replacement frequency and lowers total ownership costs over time. Its stable chemical composition also enhances overall safety, making it a reliable choice for residential environments.
In addition, the system incorporates intelligent energy management through an advanced Battery Management System (BMS). This integrated technology continuously monitors system conditions, including voltage, current, and temperature, ensuring optimal performance while preventing potential risks. It enhances operational efficiency and provides users with confidence in long-term usage.
Ease of installation and user-friendly operation further add to its appeal. The system is designed for straightforward setup and can be integrated into existing home energy systems without complex modifications. Its compact and organized structure allows it to fit neatly into designated spaces, maintaining both functionality and convenience.
Overall, our home energy storage battery LiFePO4 provides a reliable and adaptable solution for modern households. With its strong performance, scalable design, and long-term efficiency, it supports energy independence and helps create a more sustainable and cost-effective home power system.
This residential energy storage system is engineered to store solar power generated during the day and provide stable electricity during nighttime or grid outages. It works seamlessly with hybrid inverters and photovoltaic systems, ensuring efficient energy conversion and intelligent power distribution. The built-in Battery Management System (BMS) provides real-time monitoring, protection, and performance optimization, making it suitable for both on-grid and off-grid home applications.
The system uses high-quality LiFePO4 prismatic cells with excellent thermal stability and safety performance. The enclosure is built from reinforced metal materials with flame-retardant insulation layers to ensure durability and safety. Internal copper busbars improve conductivity, reduce resistance, and enhance overall energy efficiency during charge and discharge cycles.
Each unit is assembled under strict quality control procedures, including cell grading, module balancing, and full system integration testing. The intelligent BMS continuously monitors voltage, current, and temperature to prevent overcharge, over-discharge, overheating, and short circuits. Every battery system undergoes aging tests, capacity verification, and safety inspections to ensure long-term reliability and consistent performance in residential environments.
The home energy storage battery LiFePO4 is widely used in residential solar systems, home backup power solutions, and off-grid living setups. It stores excess solar energy for nighttime use, ensures uninterrupted electricity during outages, and improves overall energy efficiency. It is suitable for villas, apartments, rural homes, and small commercial properties requiring stable and scalable energy storage.
The system complies with international safety and performance standards including CE, UL, UN38.3, MSDS, and IEC certifications. It is designed to meet residential electrical safety requirements, ensuring stable operation under various temperature and load conditions. The system provides reliable long-term performance with strong protection against electrical and thermal risks.
Q1: Can this system work with solar panels?
A: Yes, it is fully compatible with residential photovoltaic systems.
Q2: Is the system expandable?
A: Yes, multiple modules can be connected to increase total capacity.
Q3: What inverter types are supported?
A: It supports most 48V hybrid inverter systems.
Q4: How long is the battery lifespan?
A: It supports over 6000 charge cycles under normal conditions.
Q5: Does it support monitoring functions?
A: Yes, it supports CAN/RS485 communication and optional smart monitoring systems.
Enables controlled power release across different household loads, improving overall energy allocation efficiency.
Engineered to run with minimal noise, making it suitable for indoor residential environments without disturbance.
Automatically adjusts charging patterns based on input conditions to maintain stable system performance.
Components are structured for neat arrangement, allowing clean installation and easy system organization.
Quickly reacts to changes in power demand, ensuring smooth transition between energy sources.
Maintains steady operation even when household energy demand fluctuates throughout the day.
The home energy storage battery LiFePO4 can be utilized in residential environments for managing daily electricity distribution, in solar-powered housing systems for balancing generation and consumption cycles, in small-scale shared buildings for supporting basic electrical infrastructure, and in backup configurations for critical household electronics that require continuous power stability during irregular supply conditions.
The home energy storage battery LiFePO4 can be used to help manage everyday electricity flow in residential settings, ensuring smoother energy usage across different appliances.
It supports solar-powered homes by storing excess daytime generation and releasing it when demand increases or sunlight is unavailable.
The system can serve shared housing environments by assisting with basic electricity support for common facilities and essential services.
It is suitable for providing auxiliary power to important household equipment that requires continuous operation during unstable supply conditions.
The battery can be applied in setups where controlled energy distribution is needed to improve overall efficiency within a home energy system.
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