HYBRID/ELECTRICAL 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 Delphi Universal On-board Battery Charger Specifications Input Output Packaging Operating Environment CAN Communication Power Moding Charging Interface Safety Regulatory Input Voltage Range: 85 to 265 VAC Input Frequency Range: 45 to 70 Hz Input Current: 16 ARMS max Power factor: ≥ 0.98 Output Voltage Range: 170 to 440 VDC (other ranges available) Output Power: 3.3kW max Output Current: 12 ADC max High Efficiency: > 94% Volume: < 5.6L Weight: < 5kg Engine compartment capable IP6K9K, IP6K7 protection class -40° to 105° ambient air temperature C C -40° to 70° liquid coolant temperature C C Accepts battery controller commands Reports voltages, currents, operating modes and health status Supports flash reprogramming Via CAN, wake-up discrete or AC presence Complies with SAE J1772 Galvanic isolation for electric shock protection Internal protection from abnormal operation: over temp, short circuit, open circuit, reverse polarity, over-voltage and undervoltage In case of overheating, continues to operate in power derated mode 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 www.delphi.com | © Delphi. All rights reserved. | DESen110475 1