• All-in-one Design: High integration and space-saving installation.
• High-performance Cells: Using lithium iron phosphate cells with laser welding and a designed service life of over 10 years.
• Independent Control: Charging and discharging are controlled separately, ensuring the system maintains high stability without accidental disconnections.
• Intelligent BMS: Master-slave mode with passive equalization and NXP automotive-grade high-performance chips for strong anti-interference.
• Advanced Communication: Features strong real-time performance, long transmission distance, and anti-electromagnetic interference.
• Flexible Configuration: System parameters like fan temperature and current settings can be managed via the host computer, including insulation leakage detection.
• Integrated Components: Combines solar controller, AC charger, and BMS communication for maximum reliability.
• Thermal Management: Automatic control of cell temperature via integrated heaters or air conditioning, linked with fire protection systems if needed.

The system utilizes lithium-iron phosphate batteries, renowned for high safety and long cycle life. Designed with a service life exceeding 10 years, it significantly reduces long-term operational costs. It supports diesel-lithium synergistic power supply, allowing diesel generators and lithium batteries to work in tandem for continuous power stability.

Users can benefit from peak-valley arbitrage, storing energy when electricity prices are low and discharging during peak times. With an IP45 protection rating, the unit is resistant to dust and water spray, making it suitable for outdoor construction sites, emergency power supply, and complex environments.