Commercial aircraft electrification—current state and future scope

Keyphrases

• Actuation 50%
• Aerospace Industry 50%
• Air Travel 50%
• Aircraft Components 50%
• Aircraft Systems 50%
• Aircraft Technology 50%
• Closing the Gap 50%
• Commercial Aircraft 100%
• Cooling System 50%
• Development Method 50%
• Drive System 50%
• Drive Topology 50%
• Electric 50%
• Electric Aircraft Propulsion 50%
• Electric Technology 50%
• Electrical Steel 50%
• Electrification 50%
• Embedded Cooling 50%
• Environmental Impact 50%
• Environmentally Friendly 50%
• Fault-tolerant 50%
• Fuel Consumption 50%
• High Strength 50%
• High Thermal Conductivity 50%
• Hybrid-electric Aircraft 50%
• Hydraulic System 50%
• Increased Demand 50%
• Increased Reliability 50%
• Induction Machine 50%
• Insulation Materials 50%
• Integrated Motor Drive 50%
• Mechanical Systems 50%
• Mobility Technology 50%
• More Electric Aircraft 50%
• More-electric 50%
• Permanent Magnet Motor 50%
• Pneumatic System 50%
• Power Efficient 50%
• Power Fault 50%
• Power Generation 50%
• Power-dense 100%
• Propulsion 50%
• Reduced Mass 50%
• Reducing Greenhouse Gas Emissions 50%
• Thin Gauge 50%

Engineering

• Actuation 100%
• Aircraft Component 100%
• Aircraft System 100%
• Commercial Aircraft 100%
• Cooling System 100%
• Drive System 100%
• Electrical Steel 100%
• Environmental Impact 100%
• Future Design 100%
• Greenhouse Gas 100%
• High Thermal Conductivity 100%
• Hydraulic System 100%
• Increasing Demand 100%
• Induction Machine 100%
• Insulation Material 100%
• Motor Drive 100%
• Permanent Magnet Motor 100%
• Pneumatic System 100%
• Power Generation 100%
• Review Paper 100%