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The Role of Electric Vehicles in Global Power Systems
Andreas Thingvad
Research output
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Book/Report
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Ph.D. thesis
692
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Dive into the research topics of 'The Role of Electric Vehicles in Global Power Systems'. Together they form a unique fingerprint.
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Keyphrases
Electric Vehicle
100%
Global Energy System
100%
Battery Capacity
27%
V2G Charger
27%
Charger
27%
Battery Degradation
27%
Power System
18%
Controller
18%
Energy Requirement
18%
Service Provision
18%
Energy Content
18%
Frequency Control
18%
Public Charging
18%
Primary Frequency Regulation
18%
Systems-based
9%
Workplace
9%
Response Time
9%
Energy Demand
9%
Data-centric
9%
Future Energy
9%
Adverse Effects
9%
Extended Period
9%
Regulatory Framework
9%
Frequency Estimation
9%
Local Distribution
9%
Power Balance
9%
Frequency Deviation
9%
Stable System
9%
Distribution Grid
9%
Efficient System
9%
Vehicle-to-grid
9%
Transportation Sector
9%
On-board Diagnostics
9%
Range Extending
9%
Vehicle Occupants
9%
Repeat Test
9%
Active Power
9%
Distributed Energy Resources
9%
Data Market
9%
Charging Process
9%
Driving Distance
9%
Grid Services
9%
Car Owner
9%
Personal Transportation
9%
Car Ownership
9%
Commercial Operation
9%
Congestion Management
9%
Parking
9%
Transport Survey
9%
Parking Facilities
9%
Grid Side
9%
Everyday Driving
9%
Renewable Distributed Energy Resources
9%
Uncontrolled Charging
9%
Charging Point
9%
Local Congestion
9%
Energy Throughput
9%
Capacity Test
9%
Flexibility Provision
9%
Energy Buffer
9%
V2G Services
9%
Statistical Bounds
9%
Private Property
9%
Public Charging Infrastructure
9%
Shared Parking
9%
Ownership Data
9%
Destination Charging
9%
Engineering
Power Engineering
100%
Electric Vehicle
100%
Battery (Electrochemical Energy Engineering)
36%
Battery Capacity
27%
Public Charging
27%
Distributed Energy Resource
18%
Energy Content
18%
Energy Requirement
18%
Service Provision
18%
Term Effect
9%
Renewables
9%
Future Energy
9%
Test Method
9%
Technical Challenge
9%
Vehicle to Grid
9%
Extended Period
9%
Case Scenario
9%
Charging Infrastructure
9%
Charging Process
9%
Transportation Sector
9%
Power Balance
9%
Active Power
9%
Frequency Deviation
9%
Measurement Frequency
9%
Commercial Operation
9%
Private Property
9%
Energy Engineering
9%
Infrastructure
9%
Internals
9%
Response Time
9%