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H
2
and Fuel Cells as Controlled Renewables: FC Power Electronics
N. Schofield
University of Manchester
Research output
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Chapter in Book/Report/Conference proceeding
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Chapter
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peer-review
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2
and Fuel Cells as Controlled Renewables: FC Power Electronics'. Together they form a unique fingerprint.
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Keyphrases
Fuel Cell
100%
Power Electronics
100%
Cell Energy
40%
Environmental Impact
20%
System Design
20%
Energy-dense
20%
Energy Sources
20%
Performance Limitation
20%
Hybrid System
20%
Storage Devices
20%
Energy Efficient
20%
Road Transport
20%
Vehicle Application
20%
Electric Vehicle
20%
Power-dense
20%
Range Limits
20%
Storage Technologies
20%
Electric Grid
20%
Energy Conversion Applications
20%
Design Example
20%
Vehicle Powertrain
20%
Electric Vehicle Traction Systems
20%
Hybrid Energy Source
20%
Drivetrain
20%
Electrochemical Battery
20%
Battery Storage System
20%
Fuel Cell Applications
20%
Internal Combustion Engine Vehicle
20%
Automotive Fuel Cell System
20%
Future Fuels
20%
Dense Storage
20%
Output Voltage Range
20%
Grid Network
20%
Electronic Wills
20%
Energy Impact
20%
Variable Output Voltage
20%
Engineering
Renewables
100%
Fuel Cell
100%
Power Electronics
100%
Energy Source
40%
Electric Vehicle
40%
Energy Conversion
20%
Limitations
20%
Road Transportation
20%
Storage System
20%
Output Voltage
20%
Electricity Grid
20%
Hybrid Energy
20%
Fuel Cell Applications
20%
Internal Combustion Engine Vehicle
20%
Automotive Fuel
20%
Fuel Cell System
20%
Material Science
Secondary Battery
100%
Automotive Fuel
100%