Concentrating Solar Power in Developing Countries (World Bank Studies)


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World Bank Program Explores Concentrated Solar Power Potential in Middle East & North Africa

Cota, R. Techno-economic analysis of a hybrid PV-CSP system with thermal energy storage applied to isolated microgrids. Solar Energy, Vol. Google Scholar Citations. Scopus Citations.

Solar power by country

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PRESENTATIONS

Please confirm that you accept the terms of use. Send article to Dropbox. Send article to Google Drive. Abstract The desire of the international community to balance global economic growth against concerns of accelerated CO 2 emissions has brought solar technologies into the forefront for meeting increasing energy demands.

Energy delivery challenge Currently, 1. Technological and market context Any discussion of the role of CSP technologies within the energy access market requires a definition of both the extent and timing of demand and an understanding of competing generation and storage solutions and their costs, summarized briefly here. Multifaceted applications of concentrating solar systems The range of solar concentrators in Table 1 provides opportunities to meet community needs for hot water or steam generation for process heat, 37 — 93 thermal energy for air-conditioning using absorption technologies, 94 — and generation of electricity using a heat engine.

Figure 2. Micro-CSP projects by type and capacity kW. Micro-CSP for distributed electricity generation In this review, available published resources were surveyed to gather information on commissioned micro-CSP projects systems up to 1 MW output capacity as noted above.


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Conclusions The historical and potential roles for small-to-medium scale solar thermal technologies were reviewed in the context of increasing energy access in off-grid communities. Benka , S. Lighting Africa: Policy report note: Kenya Lighting Africa: Policy report note: Tanzania International Energy Agency: Electricity access database Fehrenbacher , K.

Gigaom Markham , D. Treehugger Rajiv Gandhi Grameen Vidyutikaran Yojn a Angelou , N. Barnes , D. Foster , R. Kazem , H. Ministry of Energy and Mineral Development: The government of the Republic of Uganda: Rural electrification strategy and plan, covering the period — Ministry of Natural Resources: Annual report—Lesotho renewable energy based rural electrification project Simonet , E. Jenkins , G. Orosz , M. Goswami , D.

Lovegrove , K. Libby , C. Kuravi , S. Energy Combust. Stekli , J. Deign , J. Clique Solar: Arun dish case studies. Solarlite-CSP: Solar thermal for fish farming. Chitale, Bhilawadi Station, Sangli, Pune Mokhtar , M. Energy Eng. Mahindra Vehicle Manufacturers, Chakan, Pune Platforma solar de Almeria: Annual report Paper Mill, Ludhiana, Punjab Durr News: Alternative oven heating.

Automotive Manufacturing Solutions: Solar process heat for paintshops Automotive manufacturing solutions. Hindusthan Vidyut Products Ltd, Haryana Frank , E. CSH India: Using parabolic trough for phosphating process Ministry of New and Renewable Energy: Concentrating solar technologies for process heat, community cooking and cooling applications Suresh , N. Inventive Power: Personal communication to the authors Angel Mejia Data received on January 27, Gonzalez , B. Van Rooy , W. SkyFuel: SkyTrough next-generation solar parabolic trough technology.

SharperSun: Case study. Megwatt Solutions: Megawatt solutions Pvt.

Concentrating Solar Thermal Power: Clean Energy for the United States | World Resources Institute

Ltd—Parabolic Dish Technology. Enterprises Private Ltd: Generate process heat from the sun—Energy efficiency solutions Soltigua: Industrial process heat in India. Al-Zubaydi Solar air conditioning and refrigeration with absorption chillers technology in Australia—An overview on researches and applications. Osborne , J. Ayadi , O. Energy Procedia 30 , — Ministry of New and Renewable Energy: Undp-gef, solar thermal cooling technologies Goraj, Gujarat Millioud , A.

Panchabuta: India achieves major breakthrough in solar thermal cooling system technology Panchabuta Panchabuta. Sopogy: Fort Bliss solar powered air-conditioning unit. Wang , F. Energy Procedia 70 , — Murthy , S. Chromasun: Solar thermal case study: Solar cooling system Abu Dhabi distribution company Soltigua: Solar cooling: case study in the USA Ragheb , M. Egyptian Gazette: Maadi introduces solar energy to the world in Grossman , G.

Bronicki , L. Colonna , P. Gas Turbines Power , 1 — 19 Bronicki Data received on July 23, Khaled , A. Stine , W. Zhiqiang , Y. Jun , W. Wang , Z. Goswami and Y. Zhao, eds. Kohlenbach , P. Azizian , K. Kim , J. Sandia National Laboratories, Sandia: Stirling energy systems set new world record for solar-to-grid conversion efficiency—February 12, Energy 86 , — Derby , R.

Ministry of New and Renewable Energy: New initiatives.

Quenching the thirst of concentrated solar power plants

Terry Smith: Concentrating solar power technology workshops Ramaswamy , M. Electratherm: Fuel-free power from solar thermal. Jang , H. CSP-World: Daegu solar power tower. Clean Tech. Cleanergy: Sunbox for solar parks.


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  4. Itskhokine , D. Sandia National Laboratories : National solar thermal test facility. Raush , J. III : Demonstration of pilot scale large aperture parabolic trough organic rankine cycle solar thermal power plant in Louisiana. VMhfCf54oUq accessed February 10, Electratherm : Solar thermal in Louisiana.

    Edem , N.

    Bangladesh, World Bank Team Up to Double Grid-Connected Renewable Energy Capacity

    MacKenzie , K. Energy Procedia 49 , — Electratherm: Electratherm— specification sheet. HelioFocus: HelioFocus Tech datasheet New York Times Kruger , D. Krueger , J.

    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)
    Concentrating Solar Power in Developing Countries (World Bank Studies) Concentrating Solar Power in Developing Countries (World Bank Studies)

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