By U. Aswathanarayana
Renewable fuels, akin to wind, sunlight, biomass, tides, and geothermal, are inexhaustible, indigenous, and often unfastened. despite the fact that, taking pictures them and reworking them into electrical energy, hydrogen, or fresh transporation fuels usually isn't. Green strength: know-how, Economics, and Policy addresses how you can process and practice expertise, economics, and coverage to convey down the prices concerned with renewables, crucial problem confronted within the eco-friendly period. meant for college kids and pros in assets, power and environmental engineering and in fiscal fields targeting eco-friendly energy.
It explores the methods and technique of utilizing expertise, economics, and coverage to deal with R & D matters, marketplace penetration, more advantageous potency, funding capital, coverage adjustments, and extra. It elucidates eco-friendly New Deal types during which the dual pursuits of activity new release and mitigation of weather swap affects are completed in the course of the harnessing of the transformative strength of know-how. The e-book hyperlinks strength technology and expertise with power economics, markets, coverage, and making plans. It describes how this is accomplished through public – inner most partnership within the prosecution of Innovation Chain (Basic examine - utilized examine & Development - Demonstration - Deployment - Commercialization).
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Additional resources for Green Energy: Technology, Economics and Policy
CSP plants in arid areas are being increasingly used to desalinize brackish water and seawater, while producing power. If the solar plant delivers exhaust steam from the turbine at a temperature of 70◦ C, the heat can be used for desalination. Thus a 100 MW plant can produce 21 000 m3 of fresh water per day (DLR, 2007). Solar energy can be used for the production of hydrogen and metals through solar thermolysis. Production of hydrogen from water is an endothermic process. Concentrated solar radiation provides the high-temperature process heat needed for the purpose.
88, © OECD-IEA). Currently about 50% of the global population lives in urban areas, and this trend is likely to continue in the future. Consequently, urban authorities have to figure out ways of providing renewable energy services to the urban residents. Cities located on the coast could tap the offshore wind energy and ocean energy. Building-integrated solar PV (such as, solar shingles) would be most suitable to cities in low latitudes, with good sunshine. Geothermal power could be developed for the use of cities located near high heat-flow areas.
In these areas, CSP electricity is much cheaper than PV electricity, though it is costlier than fossil fuels and wind power. As CSP plants are invariably large (typically several hundred megawatts), they have to be linked to transmission networks. For instance, it is possible to export CSP electricity from North Africa to Europe at the cost of USD 30/MWh – this figure is les than the cost difference in solar electricity between the two regions (DLR, 2006). Barring some special situations, space should not be a constraint for CSP plants.