15KW 500V 30A High Efficiency Electric Vehicle Charger is high power density DC charging rectifier module power supply
Features:
Features:
- Ultra high power density, less parallel modules for more reliability.
- Soft-switching technology, high efficiency up to 95%, full digital DSP control, total harmonic current less than 5%.
- Leading APFC tech (active power factor correction), power factor > 0.995
- Automatic intelligent current sharing without monitoring, supports intelligent hibernation.
- Ultra wide output range, works with the bus, car and other vehicles, featuring BMS auxiliary low-voltage power output;
- Supports hot plugging without damage, a module can be replaced within 1min.
- Complete isolation and failure protection between input and output terminal, output end equipped with backflow-prevention device.
- Compact size, customized design, compatible with multiple protocols, applicable for integrated / split or other types of charger.
Applications:
1. EV Charging equipment manufacturers, Charging service providers.
2. Third party charging pile / station operation and maintenance services providers
Specification:
1. EV Charging equipment manufacturers, Charging service providers.
2. Third party charging pile / station operation and maintenance services providers
Specification:
| Model | GPR50030A |
| Power | 15KW |
| Input voltage | 265∼437Vac |
| Input frequency | 45~65Hz |
| Output voltage | 200~500Vdc |
| Max. output current | 30A |
| Power factor | ≥0.995 |
| Voltage regulation | ≤±0.5% |
| Current regulation | ≤±0.5% |
| THD | ≤3% |
| Full load efficiency | ≥96.4% |
| Current sharing | ≤±5% |
| MTBF | >400,000 hours |
| Ripple(Vp-p) | ≤±0.5% |
| Hold-on time | Softing-staring 8S |
| Operating temperature | -40~+65ºC |
| Acoustic Noise | ≤55dB |
| Communication Port | CAN/RS485 |
| Protection class | IP32 |
| Lightning protection | 5KA |
| Dimensions | 229x 83.8x 379.7(mm) |
| Weight | ≤8.8KG |
| Protection | Input over/ under voltage, phase-lacking, output over voltage,short circuit,over temperature, failure isolation |