1000W Smart Portable Battery Charger RS485 CAN for Two-wheeled vehicle
1000W smart portable charger with RS485/CAN for two-wheeled EVs. Features 91% efficiency, IP66 aluminum alloy case, and multi-chemistry support (lead-acid, lithium, sodium). Offers intelligent BMS integration and custom charging profiles for fleet applications.
1000W Portable Battery Charger
,RS485 CAN Smart Charger
,Programmable Lithium Battery Charger
The 1000W Smart Portable Battery Charger with RS485/CAN communication is designed for two-wheeled electric vehicles, including electric motorcycles, e-bikes, and other compatible electric mobility applications. Combining high-power charging performance with intelligent communication capabilities, this charger provides an efficient and flexible charging solution for modern battery systems.
With a maximum rated power of 1000W, the charger is suitable for battery systems requiring reliable and efficient energy replenishment. Its RS485 or CAN communication interfaces enable communication with compatible battery management systems (BMS) and vehicle controllers, supporting intelligent charging control, status monitoring, and system integration according to the selected configuration.
The portable design allows for convenient handling and flexible deployment in different charging environments. It is suitable for manufacturers, distributors, and electric vehicle solution providers seeking a smart charging solution for two-wheeled electric mobility products.
- 1000W High-Power Charging: Supports efficient charging for compatible two-wheeled vehicle battery systems.
- RS485 and CAN Communication: Facilitates data exchange with compatible BMS and vehicle control systems.
- Multi-Chemistry Support: Supports charging of lead-acid, lithium, and sodium batteries.
- Smart Charging Management: Supports intelligent charging functions according to the charger's control strategy and system configuration.
- Wide Application Potential: Suitable for electric motorcycles, e-bikes, and other compatible two-wheeled electric vehicles.
| Model | Nominal Voltage | Output Voltage Range | Max. Output Current |
|---|---|---|---|
| SPC-588170 | 48V | 54.6~58.8V | 17A |
| SPC-730137 | 60V | 67.2~73V | 13.7A |
| SPC-730137 | 72V | 84~87.6V | 11.4A |
| Max Output Power | 1000W | AC Input | 200~240VAC, 50/60Hz |
|---|---|---|---|
| Max. Current of AC Input | 10A@110VAC, 6A@220VAC | Power Factor | ≥0.95@110VAC, ≥0.9@220VAC |
| Communication | RS485 / CAN | Overall Efficiency | ≥91% |
| Protection Level | IP66 | Housing | Aluminum alloy |
| Working Temperature | -20℃ to 40℃ | Storage Temperature | -20℃ to 85℃ |
Through the RS485 / CAN interface, the charger can broadcast live voltage, current, temperature, and fault codes, and accept charging parameter updates from a host system. This supports smart charging workflows such as automated opportunity charging, fleet-level charge scheduling, and data logging for battery health analysis.
- Electric vehicle and material handling fleets
- Energy storage and industrial backup systems
- Mobile robotics and automated guided vehicles
- Field service and rental battery programs
RS485 and CAN are communication interfaces that allow the charger to exchange data with compatible battery management systems or vehicle controllers. Depending on the implementation, they can support charging parameter control, operating-status monitoring, and fault communication.
Yes. Overheat protection: when the internal temperature of the charger exceeds the internal set value, the charging current automatically decreases. When the temperature recovers, charging will automatically resume.
Compatibility depends on the specific charger configuration. The charger must support the required LiFePO4 charging profile and maximum charging voltage for the target battery pack. Please confirm the battery's nominal voltage, series-cell configuration, and BMS requirements before use.
