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The 5kW–20kW all-in-one hybrid solar energy storage system combines a high-efficiency inverter with modular 48V/51.2V LiFePO4 batteries. Featuring intelligent MPPT control, BMS protection, smart monitoring and backup power capability, it is ideal for residential and light commercial solar storage applications.
The 5kW–20kW All-in-One Hybrid Solar Inverter and LiFePO4 Battery System combines solar power conversion, battery storage, intelligent energy management and backup power in one integrated solution.
Designed for residential and light commercial applications, the system intelligently manages energy from solar panels, batteries and the utility grid. It helps increase solar self-consumption, reduce electricity costs and provide reliable backup power during grid outages.
Available in multiple inverter power and battery capacity configurations, the modular design makes the system suitable for both new solar installations and energy storage upgrades.
The inverter and LiFePO4 battery modules are integrated into a compact, modern enclosure, reducing installation complexity and saving space.
The all-in-one design provides:
The system is available with inverter power ratings including:
Different configurations are available to meet the energy requirements of homes, offices, shops and other small commercial facilities.
Advanced inverter technology converts solar DC power into stable AC power with high efficiency.
The integrated MPPT function continuously tracks the maximum available power from the solar array, helping improve solar energy harvesting under changing sunlight and temperature conditions.
The system uses high-quality 48V or 51.2V LiFePO4 battery modules designed for safety, stability and long service life.
Key battery advantages include:
Battery capacity and cycle performance may vary according to the selected configuration and operating conditions.
The stackable battery design allows users to expand storage capacity according to current and future energy requirements.
This modular structure makes it possible to begin with a smaller battery capacity and add additional modules when more backup time or energy storage is required.
The system automatically coordinates solar generation, battery storage, household consumption and utility grid power.
Available operating strategies may include:
Operating modes may vary depending on the selected inverter model.
During normal operation, solar energy can power connected loads and charge the battery. Excess energy may be exported to the grid where local regulations and system configurations permit.
When solar energy is insufficient, the system can automatically use stored battery power or utility grid power. During a grid outage, the backup output can supply essential loads when the system is correctly configured.
The intelligent monitoring system allows users to view system performance and operating status in real time.
Available communication options may include:
Communication functions depend on the selected model and configuration.
The integrated Battery Management System continuously monitors battery voltage, current, temperature and state of charge.
Protection functions may include:
The inverter includes multiple software and hardware protection functions to improve system safety and reliability.
Available protection functions may include:
Please refer to the corresponding datasheet for model-specific protection functions.
The robust enclosure helps protect the internal components from dust and moisture while providing a modern appearance suitable for residential and commercial installations.
The exact IP protection rating should be confirmed according to the selected model before ordering.
Selected inverter models support parallel connection for applications requiring higher output power or improved system flexibility.
Parallel capability makes the system suitable for larger homes, offices, shops and light commercial energy storage projects.
The all-in-one hybrid energy storage system is suitable for:
During the daytime, solar panels generate electricity for connected loads. Excess solar energy can be stored in the LiFePO4 battery for later use.
When solar production decreases, the system can automatically discharge the battery to supply household or commercial loads. If the battery reaches the configured discharge limit, utility grid power can provide additional support.
During a grid outage, the backup output can continue supplying selected essential loads, depending on the system design, battery capacity and inverter output rating.
To recommend the correct system configuration, please provide the following information:
Our team can recommend a suitable inverter power, battery capacity and solar panel configuration based on your project requirements.
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