Intelligent Grid Interfaced Vehicle Eco-charging
Battery management system
To be embedded with state –of-the-art research on SOC estimation, thermal management, and high level battery protection
Remote data collection
• GPS location• Speed• Acceleration• Frequency• Slope• Temperature• Humidity• Air quality• UV• Voltage• Current
Big data analysis
Battery Performance
•Environment condition test (-20°C - +50°C)
•Prolong battery life•Waste heat recovery•Low speed, high speed, and ultra speed charging and discharging
• Distributed storage
• V2G, V2B• Smart charging• Wireless charging• Charging while
driving• EV Fleet charging• EV Embedded
PMU for quality analysis
Charging strategy
A smarter and greener way to charge
your EVs
Prof Kang Li [email protected]
028 9097 4663Energy, Power and Intelligent Control
School of Electronics, Electrical Engineering and Computer Science
http://www.i-give.org.uk
Transformer Substation
Industrial Plants
Thermal Plant
Renewable Energy
Parking Lot/ Charging Station
Power Generation
City Community Load
System Operator
Electric Vehicle Electric Vehicle
Electric Vehicle Aggregator
Power Flow
Information Flow
Wireless EV charging Li-Ion Battery management Driving cycle testing
Economic load dispatch Wide-area monitoring Renewable energy integration
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