Greene Home
1 / 5
Design a smart Battery Management System (BMS) to monitor the voltage, temperature, and current of the battery pack in real-time, ensuring safe and stable operation. Use a modular design to allow users to flexibly adjust battery capacity based on household energy needs.
Optimize the integration of the inverter, battery, and BMS to improve space utilization and aesthetics. Employ a compact inverter and efficient cooling solutions to ensure stable operation under high loads. The streamlined exterior design will hide wiring and offer various color and material options to suit different home styles.
Consider using CAN bus or RS485 to enhance anti-interference capabilities, suitable for complex electromagnetic environments. Design interfaces that support multiple communication protocols or allow software upgrades to accommodate new standards.
| Battery Model | Voltage | Energy | Capacity | Size | Current | Material |
|---|---|---|---|---|---|---|
| DHDJ-5000*1 | 51.2V | 100Ah | 5.12kWh | 602*532*215mm | 100A | LiFePO4 |
| DHDJ-5000*2 | 51.2V | 200Ah | 10.24kWh | 602*532*430mm | 100A | LiFePO4 |
| DHDJ-5000*3 | 51.2V | 300Ah | 15.36kWh | 602*532*645mm | 100A | LiFePO4 |
ISO 9001, CE, UN38.3, MSDS
Safe transport certificates for land and sea:
Our battery products are packaged using specialized, customs-approved hazardous packaging boxes to ensure compliance with international standards (UN38.3). We guarantee safety and compliance through the "Hazardous Packaging Certificate" for worldwide delivery.
Our battery installation process is user-friendly and designed for non-professionals. We provide detailed video guidance and remote support.
With expertise in electrochemistry and system integration, we provide reliable energy storage solutions globally. Our facility exceeds 10,000 square meters, supported by a joint research lab and a strong network of global partners dedicated to sustainable green development.
