Space-based solar power (SBSP) is a concept for a revolutionary energy system. It involves placing into orbit stupendously large orbital power plantskilometers acrosswhich collect the suns raw energy and beam it down to where it is needed on the earth. In theory, SBSP could scale to meet all of humanitys energy needs, providing virtually unlimited green, renewable power to an energy-hungry world. With growing international awareness of energy security challenges, the promise of space-based solar power for clean and unlimited energy for all humankind is certainly appealing. While significant progress continues in the enabling technologies of such systems, is there compelling evidence that space-based solar power systems will provide the best energy solution? How does the Army's current approach to incorporating a diverse portfolio of renewable energy sources in distributed locations compare with the potential of enterprise ventures that beam energy from solar collectors in space? For more than 4 decades, many credible organisations in government and industry have explored the concept of space-based solar power. But their serious studies often conclude that such systems remain on the future horizon, usually at least 10 years away from practical application. This book posits that, while space-based solar power systems may be technically feasible, there is no compelling evidence that such systems will be economically or operationally competitive with terrestrial-power generation systems in use or in development. However, this book does find that there may be some utility in the limited application of space-based solar power to enable operations in remote and forward operating locations.
| ISBN: | 9781634831451 |
| Publication date: | 1st September 2015 |
| Author: | Carl P Thompson |
| Publisher: | Nova Science Publishers an imprint of Nova Science Publishers, Inc |
| Format: | Paperback |
| Pagination: | 75 pages |
| Series: | Energy Science, Engineering and Technology |
| Genres: |
Energy technology and engineering |
Space-based solar power (SBSP) is a concept for a revolutionary energy system. It involves placing into orbit stupendously large orbital power plantskilometers acrosswhich collect the suns raw energy and beam it down to where it is needed on the earth. In theory, SBSP could scale to meet all of humanitys energy needs, providing virtually unlimited green, renewable power to an energy-hungry world. With growing international awareness of energy security challenges, the promise of space-based solar power for clean and unlimited energy for all humankind is certainly appealing. While significant progress continues in the enabling technologies of such systems, is there compelling evidence that space-based solar power systems will provide the best energy solution? How does the Army's current approach to incorporating a diverse portfolio of renewable energy sources in distributed locations compare with the potential of enterprise ventures that beam energy from solar collectors in space? For more than 4 decades, many credible organisations in government and industry have explored the concept of space-based solar power. But their serious studies often conclude that such systems remain on the future horizon, usually at least 10 years away from practical application. This book posits that, while space-based solar power systems may be technically feasible, there is no compelling evidence that such systems will be economically or operationally competitive with terrestrial-power generation systems in use or in development. However, this book does find that there may be some utility in the limited application of space-based solar power to enable operations in remote and forward operating locations.
Space-Based Solar Power features in the following genres: Energy technology and engineering
Space-Based Solar Power is available in Paperback
Space-Based Solar Power was written by Carl P Thompson and published by Nova Science Publishers an imprint of Nova Science Publishers, Inc
Space-Based Solar Power has 75 pages
Yes it is part of Energy Science, Engineering and Technology series