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Viability of Airborne Wind Energy in the United Kingdom
Z Ye,
Issa Chaer
, Harry Lawner
Built Environment and Architecture
Research output
:
Contribution to journal
›
Article
›
peer-review
1
Citation (Scopus)
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Keyphrases
United Kingdom
100%
Airborne Wind Energy System
100%
Airborne Wind Energy
100%
Suitable Location
75%
Renewable Energy
50%
High Cost
25%
Energy Saving
25%
Europe
25%
Elevated Altitude
25%
Wind-hydro
25%
European Council
25%
Scotland
25%
Wind Turbine
25%
Wind Farm
25%
Carbon Emission Reduction
25%
Solar Wind
25%
Bioenergy
25%
Wind Energy
25%
Wind Speed
25%
System Implementation
25%
Energy Target
25%
Electricity Energy
25%
Maximum Height
25%
Speed-strength
25%
Electricity Cost Savings
25%
Geographical Location
25%
Standardized Method
25%
Platform-Based
25%
Energy-power Density
25%
Kite
25%
Structural Strength
25%
Energy Cost Saving
25%
Engineering Application
25%
Thermal Engineering
25%
Electricity Cost
25%
American Society of Mechanical Engineers
25%
Science Application
25%
Thermal Science
25%
High Winds
25%
Wind Power Density
25%
Preprints
25%
Engineering
Airborne Wind Energy
100%
United Kingdom
100%
Energy Systems
57%
Energy Engineering
42%
Power Density
28%
Compressed Air Motors
28%
Mechanical Engineer
14%
Energy Conservation
14%
Engineering Application
14%
Wind Power
14%
Feasibility Study
14%
Geographical Location
14%
Standardized Method
14%
Electricity Cost
14%
Structural Strength
14%
Print Version
14%
High Wind
14%
Renewable Energy Source
14%
Renewable Energy
14%
Bioenergy
14%
Earth and Planetary Sciences
United Kingdom
100%
Wind Power
100%
United Kingdom
50%
Compressed Air Motors
25%
Europe
12%
Renewable Energy
12%
Carbon Dioxide Emission
12%
Feasibility Study
12%
Emission Reduction
12%
Solar Wind
12%
Wind Velocity
12%
Geography
12%
Scotland
12%
Bioenergy
12%
Renewable Energy Source
12%
Chemical Engineering
Feasibility Study
100%