solar thermal Articles

214 Results found
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Can the Solar Hourglass serve as a CSP landmark?

by CSP Today - part of the FC Business Intelligence Ltd group  (Nov. 11, 2014)

A CSP project proposal has won first place in the 2014 Land Art Generator Initiative (LAGI) competition, but can the design make it beyond paper? By Heba Hashem October was an eventful month for Santiago Muros Cortés. The Argentina-based architect impressed the jury in Copenhagen with his plan for a Solar Hourglass that ...

Case study - Solar thermal In Louisiana

by ElectraTherm  (Nov. 21, 2014)

Solar Thermal/ORC Application in the USA Site Location: Crowley, LA, United States Thermal Power Available: Up to 650 kWt Green Machine Gross Power Output Avg: 15-50 kWe Hot Water Input Range: 65-120°C Water Cooling Tower: Up to 600 kWt ElectraTherm partnered with its gulf coast distributor, Gulf Coast Green Energy, to commission a Green ...

FEMP Publishes Aspinall Courthouse - Case Study

by US Department of Energy  (Nov. 17, 2014)

The Federal Energy Management Program (FEMP) announces the publication of Aspinall Courthouse: GSA’s Historic Preservation and Net-Zero Renovation. This case study documents the effort of the U.S. General Services ...

Case study - fuel-free power from solar thermal

by ElectraTherm  (Nov. 21, 2014)

Middle East Technical University Campus, North Cyprus, Turkey Application Type: Solar Thermal Nominal Power Output: 18kW Thermal Heat Input: 200 - 400kW Hot Water Input Range: 170 - 225°F Hot Water Flow: 185 GPM Cold Water Input: 80-100°F Cold Water Flow: 220 GPM Date Commissioned: Q4 2010 Middle East Technical University Northern Cyprus ...

Energy and exergy analyses of solar ponds in the Indian climatic conditions

by Inderscience Publishers  (Nov. 4, 2014)

Energy and exergy analyses of a salinity–gradient solar pond (SGSP) (100 × 100 m²) are carried out in the Indian climatic conditions. It has been found that the highest amount of useful low–grade thermal energy, i.e., 24,260 and 28,119 MJ, can be extracted at 80 and 85°C temperature from heat storage zone (HSZ) of the solar ponds at New Delhi and ...

Eco-Brella: prototype development of the umbrella as harvester of solar and wind energies

by Inderscience Publishers  (Nov. 4, 2014)

The familiar umbrella has been redesigned for power harvesting from renewable energy sources resulting in the Eco-Brella . Several engineering technologies are utilised: aerodynamics for fin design, mechatronics for power management, materials for thermoelectric and solar film, CAD for the layout, and heat transfer for human comfort. The ...

South African concentrated solar power executives call for more competition amongst EPCs

by CSP Today - part of the FC Business Intelligence Ltd group  (Nov. 17, 2014)

In an exclusive CSP Today study of over 100 executives in the concentrated solar power industry in South Africa it has emerged that more competition between EPC contractors was viewed as the number one factor in reducing costs in CSP development. The results emerged as part of the CSP Today ‘CSP in South Africa: Industry Development ...

South Korea Solar PV Power Market Forecast & Industry Analysis to 2025

by ReportsnReports  (Oct. 29, 2014)

RnRMarketResearch.com adds report “Solar PV Power in South Korea, Market Outlook to 2025, Update 2014” to its store.   “Solar PV Power in South Korea, Market Outlook to 2025, Update 2014 Capacity, Generation, Levelized Cost of Energy, Equipment Market, Regulations and Company Profiles” is the latest report from ...

Solar Thermal System: Benefits Vs Problems?

by Greenshine New Energy LLC  (May 26, 2014)

Solar thermal systems are the latest green renewable technology that derives energy from the sun to produce heat. This heat is then transferred to warm water for utilization or regulates temperatures within households, offices and even industries. Varying qualities of equipment results in variation of performance in terms of efficiency and ...

Solar exergy maps for photovoltaic/thermal systems

by Inderscience Publishers  (Apr. 9, 2014)

In this paper, the thermal and electrical exergies and the exergy destructions are calculated for a photovoltaic thermal (PV/T) system based on solar exergy rates for some Indian climates namely Bangalore, Jodhpur, Mumbai, New Delhi and Srinagar for a year and for different US climates namely Chicago, Las Vegas, Miami, New York, Portland, San ...

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