Hybrid & Electric Vehicle Products
Delphi Universal On-board Battery Charger
Delphi's universal on-board battery charger converts AC to DC with high efficiency. It is compatible with all international power grids and is designed to charge a vehicle battery pack quickly. With a wide output voltage range, the automotive-grade charger is robust and ideal for a broad range of PHEV/EV applications.
Benefits
-
High-frequency switching topology minimizes cost, mass and volume
- High-efficiency operation contributes to quick charging
- Automotive grade
- Suitable for power grids around the world
Features
-
3.3kW power output
- Flexible design supports wide output voltage range
- Liquid-cooled (air-cooled option available)
- Integrated mounting features simplify installation
- Built-in diagnostics and CAN communication
Specifications
| Input |
- Input Voltage Range: 85 to 265 VAC
-
Input Frequency Range: 45 to 70 Hz
-
Input Current: 16 ARMS max
-
Power factor: ≥ 0.98
|
| Output |
- Output Voltage Range: 170 to 440 VDC (other ranges available)
-
Output Power: 3.3kW max
-
Output Current: 12 ADC max
-
High Efficiency: > 94%
|
| Packaging |
- Volume: < 5.6L
-
Weight: < 5kg
|
|
Operating Environment
|
- Engine compartment capable
-
IP6K9K, IP6K7 protection class
-
-40°C to 105°C ambient air temperature
-
-40°C to 70°C liquid coolant temperature
|
| CAN Communication |
- Accepts battery controller commands
-
Reports voltages, currents, operating modes and health status
-
Supports flash reprogramming
|
| Power Moding |
-
Via CAN, wake-up discrete or AC presence
|
| Charging Interface |
|
| Safety |
- Galvanic isolation for electric shock protection
-
Internal protection from abnormal operation: over temp, short circuit,
open circuit, reverse polarity, over-voltage and under-voltage
-
In case of overheating, continues to operate in power derated mode
|
| Regulatory |
- Complies with
- UL 2202
- IEC 60950
- IEC 61851-21
- IEC 61000
- ECE R100
- ISO 6469-3
- ISO 26262
- SAE J2929
- FCC Part 15 Class B
- IEC 61000
|
Availability
- Prototypes: Q4 2011
- Production units: Q4 2013