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Table of Contents
Intro
Foreword
Preface
Airborne Wind Energy (AWE) Technologies Harvest Electricity from the Sky!
Motive
Quick Note on Gendering
References
Contents
1 Introduction
1.1 Historical Overview
References
2 Basic Differences of Wind Utilization Concepts
2.1 Technologies Structure
2.2 Wind Window of the Airborne Wind Technologies
2.3 Takeoff and Landing Technology
Notes
References
3 Idea of Wind Energy
3.1 Energy Density
3.2 Frequency
3.3 Wind Quality
3.4 Wind Directions
3.5 Wind Windows
3.6 Weather Influence
3.7 Impact of Disasters
3.8 Lift Force Becomes Energy
References
4 Presentation of the Technology Approaches
References
5 Production Potential
References
6 Economic Aspects
6.1 Capital Expenditure
6.1.1 Consumption of Land and Airspace
6.1.2 Material and Life Cycle Assessments
6.1.3 Energy Balances
6.1.4 Service and Maintenance Costs
6.1.5 Recycling Opportunities
6.1.6 Controllability of Electricity Production
6.1.7 Decentralization Potential
References
7 Economic Effects
7.1 Levelized Costs of Electricity (LCOE)
7.2 Storage Capacities and Storage Requirements
References
8 Sociological Aspects
8.1 Species Protection
8.2 Nature Conservation
8.3 Landscape Protection
8.4 Noise Emission
8.5 Shadow Effects
8.6 Stroboscopic Effects
References
9 Global Aspects and Impacts
9.1 Impact of Airborne Wind Technologies on Climate
Reference
10 Safety Aspects
References
11 Epilogue
References
Further Information
A Appendix
Foreword
Preface
Airborne Wind Energy (AWE) Technologies Harvest Electricity from the Sky!
Motive
Quick Note on Gendering
References
Contents
1 Introduction
1.1 Historical Overview
References
2 Basic Differences of Wind Utilization Concepts
2.1 Technologies Structure
2.2 Wind Window of the Airborne Wind Technologies
2.3 Takeoff and Landing Technology
Notes
References
3 Idea of Wind Energy
3.1 Energy Density
3.2 Frequency
3.3 Wind Quality
3.4 Wind Directions
3.5 Wind Windows
3.6 Weather Influence
3.7 Impact of Disasters
3.8 Lift Force Becomes Energy
References
4 Presentation of the Technology Approaches
References
5 Production Potential
References
6 Economic Aspects
6.1 Capital Expenditure
6.1.1 Consumption of Land and Airspace
6.1.2 Material and Life Cycle Assessments
6.1.3 Energy Balances
6.1.4 Service and Maintenance Costs
6.1.5 Recycling Opportunities
6.1.6 Controllability of Electricity Production
6.1.7 Decentralization Potential
References
7 Economic Effects
7.1 Levelized Costs of Electricity (LCOE)
7.2 Storage Capacities and Storage Requirements
References
8 Sociological Aspects
8.1 Species Protection
8.2 Nature Conservation
8.3 Landscape Protection
8.4 Noise Emission
8.5 Shadow Effects
8.6 Stroboscopic Effects
References
9 Global Aspects and Impacts
9.1 Impact of Airborne Wind Technologies on Climate
Reference
10 Safety Aspects
References
11 Epilogue
References
Further Information
A Appendix