Future car transport: evaluating optimal solutions for future transport in the Netherlands focussing on the electric and hydrogen car

Keyphrases

• Netherlands 100%
• Electric Car 100%
• Car Transport 100%
• Future Transport 100%
• Future Cars 100%
• Hydrogen Car 100%
• Gasoline Vehicle 64%
• Fuel Cell Car 35%
• Fossil Fuels 23%
• User-friendliness 17%
• Hydrogen Fuel Cell 17%
• Transport System 17%
• Crash 17%
• Negative Effects 11%
• Energy Use 11%
• Fuel Sources 11%
• Braking 11%
• Service Availability 11%
• Natural Gas Reforming 11%
• Transport Sector 11%
• Water Electrolysis 11%
• Energy Density 11%
• Refueling 11%
• Hydrogen Production 11%
• Greenhouse Gasses 11%
• Dutch 5%
• Smart Grid Technologies 5%
• Renewable Energy 5%
• Environmental Factors 5%
• Social Factors 5%
• High Efficiency 5%
• High Pressure 5%
• Electrolysis 5%
• Energy Carrier 5%
• Electric Grid 5%
• Electricity Demand 5%
• Life Cycle Analysis 5%
• Production System 5%
• Fuel Cell 5%
• Production Chain 5%
• Storage System 5%
• Technical Solutions 5%
• Gasoline Engine 5%
• Electric Cells 5%
• Availability Service 5%
• Electric Drivetrain 5%
• Environmental Benefits 5%
• Service Range 5%
• Recharge Time 5%
• Safety Features 5%
• Additional Energy 5%
• Fuel Path 5%
• Energy Buffer 5%
• Information Quality 5%
• Electric Fuels 5%
• Natural Gas Steam Reforming 5%
• Car Users 5%
• Oil Derivatives 5%
• Small Battery 5%
• Oil Field 5%
• Gas Station 5%
• Kick 5%
• Low Efficiency 5%
• Crumbling 5%
• Passenger Transport 5%
• Environmental Economics 5%
• Infra 5%
• Time Limits 5%
• Internal Combustion Engine 5%
• Carbonate 5%
• Hydrogen Fuel Cell Systems 5%
• Hybrid Electric Car 5%
• Pressure Vessel 5%
• Car Travel 5%
• Parking Lot 5%
• Service Sector 5%
• Traffic Jam 5%
• Greenhouse 5%
• Driving Range 5%
• Reliability Lifetime 5%
• Maximum Effort 5%
• Fuel Availability 5%
• Charging Time 5%
• Fire Situation 5%
• Electricity Production System 5%
• Standstill 5%
• Electrical Cars 5%
• Immediate Effect 5%
• Nitrogen Oxides 5%
• Economic Factors 5%
• Electric 5%
• Dioxide 5%
• Fuel Production 5%
• High Power 5%
• Electric Engine 5%
• Apartment Buildings 5%
• Carbon Dioxide Emissions 5%
• Power Management System 5%
• Modernity 5%
• Environmental Solutions 5%
• Carbon Dioxide Footprint 5%
• Hydro 5%
• Safety Test 5%
• Single Unit 5%
• Fast Recharge 5%
• Low-mass 5%
• Fossil Fuel Use 5%
• User Services 5%
• CO2 Emissions 5%
• Car Emissions 5%
• Sustainable Transport System 5%
• Sustainable Transport 5%
• Waiting Period 5%
• Emission Footprint 5%
• Current Field 5%
• Current Rate 5%
• Electrical Flows 5%
• Energy Conversion 5%
• System Factors 5%
• Specialized Systems 5%

Engineering

• Electric Car 100%
• Energy Engineering 40%
• Fossil Fuel 33%
• Hydrogen Fuel 20%
• Renewables 13%
• Fuel Source 13%
• Electrolysis of Water 13%
• Service Availability 13%
• Negative Effect 13%
• Production System 13%
• Electricity Demand 6%
• Infrastructure 6%
• Energy Carrier 6%
• Electricity Production 6%
• Environmental Benefit 6%
• Electric Drives 6%
• Technical Solution 6%
• Smart Grid Technology 6%
• Safety Feature 6%
• Hydrogen Fuel Cell System 6%
• Emission Footprint 6%
• Honda 6%
• Durables 6%
• Energy Conversion 6%
• Internal Combustion Engine 6%
• Safety Test 6%
• Pressure Vessel 6%
• Natural Gas Steam Reforming 6%
• Power Management System 6%
• Oil Field 6%
• Natural Gas Reforming 6%
• Environmental Solution 6%
• Compressed Natural Gas 6%
• Life Cycle Assessment 6%
• Fuel Production 6%
• Service Sector 6%
• Gasoline Engine 6%
• Apartment Building 6%
• Storage System 6%
• Renewable Energy 6%