Explore the infinite possibilities of a hybrid energy storage and charging system consisting of 48 kWh energy storage, a 30 kW inverter, and AC/DC charging.

Main parameters:
Model: SPVLI-48KWH-INV30KW
Grade A battery cell: 3.2V-105AH
System rated voltage: 460VDC
DC-DC charging power: 20KW
AC-DC charging power: 20KW
Inverter power: 30KW (power frequency isolation type)
Waveform: Pure sine wave
Output voltage: 220V single-phase/380V three-phase
Frequency: 50/60HZ

Integrated Design, Maximized Space Utilization

This system adopts an integrated design concept, highly integrated to effectively save valuable installation space. It can be easily installed in factory workshops, outdoor campsites, or home garages, without occupying too much space, providing more possibilities for the deployment of other equipment.

High-Performance Battery Cells, Longer Durability
The core component uses high-performance lithium iron phosphate battery cells. Laser welding technology ensures the consistency between cells, with a designed lifespan of over 10 years. This means that whether in frequently used factory environments or occasional emergency outdoor scenarios, this system can maintain stable performance output for a long time, providing a solid guarantee for your power needs.

Intelligent Control, Stable and Reliable
The system achieves separate control of charging and discharging, which is both convenient and reliable. Even in extreme situations of overcharging or over-discharging, the system can maintain stable operation. The charging port and discharging port will not disconnect due to abnormalities, ensuring the continuity of power supply. In addition, the passive balancing technology in master-slave mode effectively reduces the negative impact of the weakest link effect on the system's energy storage through intelligent management of the balancing resistor, improving overall efficiency.

Automotive-Grade Chip, Superior Performance

The BMS (Battery Management System) is equipped with a high-performance automotive-grade chip from NXP (USA), boasting strong anti-interference capabilities and reliability, and capable of stable operation in extreme temperature environments. This not only ensures system safety but also provides users with a wider range of applicable scenarios.

Real-Time Communication, Remote Monitoring

The application of the CAN 2.0 communication interface gives the system strong real-time performance, long transmission distance, and strong anti-electromagnetic interference capabilities. Users can easily set system parameters, such as fan start/stop temperature and maximum charger current, via a host computer, while enjoying the safety protection provided by the insulation leakage detection function, effectively preventing battery oil leakage and short circuit risks.

Multi-functional Integration, Safe and Reliable

The system integrates an inverter, Solar Controller, AC charger, and BMS communication control, achieving efficient energy conversion and intelligent management. It easily handles both the green utilization of solar energy and the convenient access of AC power. Simultaneously, the battery cell temperature management function can automatically adjust the air conditioning heater according to the battery cell status, ensuring that the battery cells operate within the optimal temperature range, and it also links with the fire protection system to further enhance system safety.

Wide range of applications, meeting diverse needs:

Small factories: Provide stable power support for production lines, ensuring production is unaffected by external power fluctuations.

Outdoor Emergency Power Supply: Quickly provide power support during natural disasters or emergencies, ensuring the smooth progress of rescue operations.

Mobile medical power supply: Provide continuous power to medical equipment such as ambulances and mobile clinics, ensuring emergency treatment is not affected.

Home backup: Provide a reliable power source for homes during power outages or unstable power, ensuring daily life is not disrupted.