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Large Scale Solar Thermal Power Technologies Costs and Development 23rd Edition by Werner Vogel, Henry Kalb ISBN 3527405151 9783527405152

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Large Scale Solar Thermal Power Technologies Costs and Development 23rd Edition Werner Vogel Digital Instant Download

Author(s): Werner Vogel, Henry Kalb
ISBN(s): 9783527405152, 3527405151
Edition: 23
File Details: PDF, 6.77 MB
Year: 2010
Language: english
SKU: EB-1660026 Category: Tags: ,

Large Scale Solar Thermal Power Technologies Costs and Development 23rd Edition by Werner Vogel, Henry Kalb – Ebook PDF Instant Download/Delivery: 3527405151, 9783527405152
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Product details:

ISBN 10: 3527405151 
ISBN 13: 9783527405152
Author: Werner Vogel, Henry Kalb

This important contribution to the issue of renewable energy describes the technical and economical requirements of mass-produced solar thermal power plants, from the different types of power plants to the development needs and a massive development program. The authors – renowned and experienced experts in the field – show that solar thermal power plants, because of their simple technology, are easy to build with high production rates and therefore can play a substantial role in the rapid substitution of fossil fuels. On the basis of solar thermal power (using long distance transmission) and coal from substituted coal plants, a future energy system is described supplying gas and liquid fuels. This is the first discussion of a complete concept, of a crash-strategy, for the partial replacement of oil and natural gas.

Large Scale Solar Thermal Power Technologies Costs and Development 23rd Table of contents:

1. Solar Technologies – An Overview

  • Solar energy harnesses sunlight through photovoltaic cells and solar thermal systems.

  • It offers a renewable, low-emission alternative to fossil fuels.

2. Some Additional Economic Factors

  • Initial installation costs are high but decreasing.

  • Long-term savings on fuel and environmental benefits increase feasibility.

  • Government incentives and subsidies can significantly impact adoption.

3. The Potential of Solar Thermal Power Plants for the Energy Supply

  • Solar thermal plants convert sunlight into heat, driving turbines for electricity.

  • They can provide consistent energy output with thermal storage solutions.

4. Heliostats

  • Mirrors that track the sun and focus sunlight on a central receiver.

  • Critical for concentrating solar power (CSP) efficiency.

5. Receivers

  • Devices that absorb concentrated sunlight and convert it into heat.

  • Essential for high-temperature steam generation in CSP systems.

6. Parabolic Trough Power Plants

  • Curved mirrors concentrate sunlight onto receiver tubes along the focal line.

  • Proven technology for large-scale solar electricity generation.

7. Solar Updraft Power Plants

  • Use greenhouse-like structures to heat air, creating updrafts to drive turbines.

  • Efficient for arid regions with abundant sunlight.

8. Fossil-Fuel Power Plants

  • Conventional energy sources using coal, gas, or oil.

  • Provide reliable base load power but emit significant CO₂.

9. Technologies for Backup Power Generation and Alternatives for Future Energy Supplies

  • Energy storage (batteries, thermal storage) complements intermittent solar power.

  • Hybrid systems with wind, hydro, or gas ensure grid stability.

10. The Large-scale Use of Nuclear Energy

  • Provides high-output, low-carbon electricity.

  • Concerns include radioactive waste management and high capital costs.

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Tags: Werner Vogel, Henry Kalb, Power Technologies