Power your home with stored solar energy day and night.
The 30kWh Home Solar Energy Storage Battery combines a high-capacity 51.2V 600Ah LiFePO4 battery system with a smart BMS, intelligent monitoring and expandable parallel configuration.
It is designed for whole-home backup, solar energy storage, off-grid power systems and residential energy management.
With a rated capacity of 30kWh, the system stores a substantial amount of energy for residential backup and solar energy applications.
Store energy when solar power is available and use the stored energy when needed.
30kWh Capacity
51.2V 600Ah Battery System
Built around a 16S2P LiFePO4 battery structure, the system is designed for stable and reliable energy storage.
LiFePO4 chemistry is well suited to home energy storage applications where safety, cycle performance and long-term operation are important.
16S2P LiFePO4
51.2V-Class System
30kWh Energy Storage
The integrated 300A Smart Battery Management System helps monitor and manage battery operation.
The BMS provides battery protection and monitoring functions while supporting communication with compatible energy storage equipment.
300A Smart BMS
Monitor battery information conveniently through supported wireless communication.
Bluetooth and WiFi connectivity allow users to access battery operating information and monitor system status.
Bluetooth
WiFi
Smart Monitoring
The system can be integrated with compatible solar and hybrid inverter systems to provide stored energy for residential loads.
Depending on the system configuration, stored energy can support household equipment such as:
Solar → Energy Storage → Home Loads
The battery system supports up to 16 units in parallel, allowing the overall energy storage capacity to be expanded according to system requirements.
One unit provides:
51.2V 600Ah
30kWh per unit
Multiple compatible units can be configured together for larger residential, farm, off-grid and backup power applications.
Up to 16 Units in Parallel
Suitable for:
The integrated 3.2-inch blue display with control buttons provides convenient on-site monitoring.
Users can check important battery information directly from the front panel.
Display functions shown in the product design include:
SOC
Voltage
Current
Alarm
This provides quick access to key operating information without requiring an external display.
The system provides multiple communication interfaces for integration with compatible energy storage equipment.
CAN
RS485
RS232
These interfaces can support communication between the battery system and compatible inverter or energy management equipment.
Practical Vertical Cabinet DesignThe battery uses a vertical cabinet design with a compact footprint and integrated mobility base.
The heavy-duty rollers make it easier to position the battery cabinet during installation and system configuration.
The cabinet design is intended for practical positioning in residential and energy-storage environments.
The internal structure shown in the product diagram consists of multiple LiFePO4 battery modules arranged in a 16S2P configuration.
The cabinet integrates the battery modules, BMS and protection components into a single enclosure.
Battery Structure
16S2P LiFePO4 Battery Modules
↓
BMS & Protection System
↓
Single Cabinet Enclosure
↓
Heavy-Duty Mobility Base
This integrated design helps create a clean and organized energy storage system.
The system can be paired with compatible solar and hybrid inverter systems.
During periods of solar generation, excess energy can be stored in the battery.
When solar generation is unavailable, stored energy can be used by connected loads according to the configured energy management system.
Solar Panels
↓
Hybrid Inverter
↓
30kWh Battery Storage
↓
Home Appliances
This allows stored solar energy to be utilized beyond daylight hours.
The 30kWh battery is designed around residential energy storage requirements.
It can be used in applications such as:
Provide stored energy for selected household loads during power interruptions.
Store solar-generated electricity for later use.
Support compatible off-grid power system configurations.
Provide expandable energy storage for larger residential or agricultural properties.
Work with compatible hybrid inverter systems as part of an integrated energy storage solution.
