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Solar Photovoltaic Energy:     more books (100)

Estimates of available solar radiation and photovoltaic energy production for various tilted and tracking surfaces throughout the US based on PVFORM, a computerized performance model by David F Menicucci, 1986 A review of advanced technologies and future trends of industrial development for photovoltaic conversion of solar energy by Joseph J Loferski, 1981 Simulations of the energy performance of a solar photovoltaic residence and hybrid electric automobile in Fresno, California / John S. Reuyl, Randall D. Schutt (SAND) by John S Reuyl, 1982 Solar Electricity Handbook, 2010 Edition: A Simple Practical Guide to Solar Energy - Designing and Installing Photovoltaic Solar Electric Systems by Michael Boxwell, 2010-03-25 Solar Electric Power Generation - Photovoltaic Energy Systems: Modeling of Optical and Thermal Performance, Electrical Yield, Energy Balance, Effect on Reduction of Greenhouse Gas Emissions by Stefan C. W. Krauter, 2010-11-30 Clean Electricity from Photovoltaics (Series on Photoconversion of Solar Energy, Volume 1) Sunlight to Electricity: Prospects for Solar Energy Conversion by Photovoltaics by Joseph A. Merrigan, 1980-08-15 Photovoltaic Power Generation (Solar Energy and Development) Photovoltaic Power Generation. Solar Energy R&D in the European Community Series C, Volume 1) Photovoltaic Power Generation (Solar Energy and Development) Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells (Ispra Courses) Solar Power in the United States: Renewable Energy in the United States, Photovoltaics in the United States, Building-integrated Photovoltaics, Net Metering, ... Solar Energy Society, Feed-in Tariff Methodology and definition of solar photovoltaic planning regions (Energy Laboratory report) by Richard D Tabors, 1978 Solar Power Plants in Northern Territory, Australia: Northern Territory, Solar Systems (company), Environmental Technology, Timeline of Solar Cells, Renewable Energy,Photovoltaics

lists with details

101. BFRL: NIST's Solar Photovoltaic System
     A portion of the energy used at the NIST campus in Gaithersburg, MD is being provided by renewable energy. A solar photovoltaic system is being installed on  
     http://www.bfrl.nist.gov/863/pvsolar/NISTs_PV.htm
     
     Extractions: A portion of the energy used at the NIST campus in Gaithersburg, MD is being provided by renewable energy. A solar photovoltaic system is being installed on the roof that connects the main Administration Building to its adjoining conference and cafeteria facilities. The solar system will reduce the quantity of electricity purchased to power the NIST campus and reduce the monthly peak demand charges. The system consists of 234 photovoltaic modules and associated electronics. Each module, containing 72 monocrystalline photovoltaic cells, produces up to 4.8 amps of direct current electricity at 34 volts under ideal solar conditions. The individual modules are interconnected with the resulting electrical output converted to alternating current by means of an inverter. The system will power the lights in four floors of the Administration Building, approximately 600 lights. Extruded polystyrene insulation panels, on which the modules are mounted, provide additional roof insulation reducing the heating and cooling loads to the building. The system is projected to generate approximately 33,000 kilowatt hours of electricity on an annual basis, enough energy to meet the total electrical needs of three to four average residences. During nighttime conditions, the building receives all of its electrical power from the local utility in a normal manner. No batteries are used in this grid-interconnected system.

102. Building Environment Division - Heat Transfer Group - Florida Solar Energy Cente
     solar photovoltaic WATER HEATING SYSTEM FLORIDA solar energy CENTER. A singletank, solar photovoltaic hot water system is presently  
     http://www.bfrl.nist.gov/863/pvsolar/fsec.html
     
     Extractions: FLORIDA SOLAR ENERGY CENTER A single-tank, solar photovoltaic hot water system is presently being evaluated at the Florida Solar Energy Center (FSEC). The system uses an array of photovoltaic cells (pictured at right) to convert sunlight into direct current (DC) electricity. The electricity generated by the photovoltaic cells depends mainly on the solar intensity and the connected load that uses the electricity. This connected load must change as the solar intensity changes in order to maximize the efficiency of the sunlight-to-electricity conversion process. In the single-tank solar hot water system, combinations of three, microprocessor-controlled heating elements are used to provide the changeable load. The electricity generated by the array is supplied to a storage tank by means of conventional house wiring. The flow of electricity is regulated by a microprocessor-based controller that monitors the solar intensity, exercises the efficiency-maximizing control logic, and connects the appropriate resistive elements. A single solar cell that is mounted with the array provides the controller a signal that is proportional to the solar intensity. Beginning with a conventional electric water heater, the controller is mounted on the tank's exterior (see adjacent photograph). The tank's lower heating element is replaced with an assembly having three heating elements. These three elements heat the entire tank using the electricity generated by the photovoltaic array. The upper part of the tank contains a heating element that is connected to the electric utility grid. This upper element insures the availability of hot water during poor solar conditions and its use, in general, avoids having to oversize the photovoltaic array. A computer data acquisition system is used to impose hot water draws and to monitor overall system performance (e.g., energy inputs, energy outputs, solar irradiance, several air and water temperatures). Testing of the single-tank system will continue until the Spring of 1999. The project is the result of a cooperative effort between FSEC and the National Institute of Standards and Technology (NIST)

103. Untitled
     photovoltaic cells are generally made from thin wafers of silicon. hit a solar panel, some are absorbed into the solar cells and this energy knocks loose  
     http://www.unit-e.co.uk/Solarpower.asp
     
     Extractions: Wind Power Small Hydro Power Solar Electricity Wave Power Photovoltaic systems are solar systems that produce electricity directly from sunlight. electricity translated simply means means "light electricity." Photovoltaic cells are generally made from thin wafers of silicon. Silicon tends not to conduct electricity, however, if chemicals are added - usually boron and phosphorous - and the silicon is heated to extreme temperatures, the silicon atoms can become slightly unstable. So when photons of sunlight hit a solar panel, some are absorbed into the solar cells and this energy knocks loose some of the modified silicon's electrons. These loose electrons are forced by electric fields in the photovoltaic panel to flow along wires that have been placed within the cells.

104. Modular Solar Photovoltaic (PV) Homes
     Heating your house with Passive solar energy is Generating electricity with the photovoltaic Cells is becoming energy Efficiency should always be a design goal  
     http://www.solarhome.org/

105. Photovoltaic Energy
     Connecting a SmallScale Renewable energy System to the Outdoor photovoltaic Lighting http//www.eren.doe.gov solar Shingle/Roofing Products http//www.eren.doe  
     http://www.energy.utah.gov/solar/pvoltaic.htm
     
     Extractions: If you are thinking of generating your own electricity, you should consider a photovoltaic (PV) system-a way to generate electricity by using energy from the sun. These systems have several advantages: they are cost-effective alternatives in areas where extending a utility power line is very expensive; they have no moving parts and require little maintenance; and they produce electricity without polluting the environment. Basic Design Principles and Components This publication will introduce you to the basic design principles and components of PV systems. It will also help you discuss these systems knowledgeably with an equipment supplier or system installer. Because this publication is not intended to cover everything about designing and installing a PV system, a list of additional PV resources is provided at the end.... Click here http://www.eren.doe.gov/erec/factsheets/pvbasics.html

106. Great Lakes Renewable Energy Association: Solar Photovoltaic Apprentice Training
     Join GLREA. Great Lakes Renewable energy Association Presents solar photovoltaic Apprentice Training. Dates March 29April 2, 2004,  
     http://www.glrea.org/education/PVApprentice032904.html

107. Chevron Energy Solutions - News Room - News Release
     announced that its energy services subsidiary, Chevron energy Solutions, (Chevron ES), has completed installation of the first solar photovoltaic facility in  
     http://www.chevronenergy.com/press_news/2003_june_5.asp
     
     Extractions: ChevronTexaco Corporation News Releases BAKERSFIELD, Calif., June 5, 2003 Chevron Energy Solutions will review the facility's output to learn how environmental factors such as heat and dust affect the technology's performance. www.chevrontexaco.com www.chevronenergy.com and www.uni-solar.com , respectively. Contacts:

108. NYSERDA - Solar And Photovoltaic (PV) Energy
     New York energy $mart SM photovoltaic (PV) or solarElectric System Incentive Program for Commercial, Industrial Institutional Buildings (15kW and larger).  
     http://www.nyserda.org/energyresources/photovoltaics.html
     
     Extractions: (Large PV) Available Documents New York Energy $mart SM Loan Fund A Detailed Guide to Installing a Solar Electric System 2.8MB .pdf Solar Electric System Poster 326kb .pdf An Introduction to Solar Electric for Agriculture 1MB .pdf Solar Electric System Introductory Brochure 487kb .pdf Solar Electric System Benefits and Incentives 759kb .pdf New York State Solar Electric Generating Equipment Tax Credit Battery Power for Your Residential Solar Electric System Solar Water Pumping for Remote Farm Fields Real Property Tax Exemption for Solar and Wind Systems 614kb .pdf New York's Net Metering Law for Residential PV Systems List of Web Links for More Information Case Studies Blue Mountain Center 172kb .pdf

109. The Environmental Literacy Council - Solar Energy
     of Business, Economic Development Tourism solar Electric (photovoltaic) energy Fact Sheet Because of its isolation in the middle of the Pacific, the state  
     http://www.enviroliteracy.org/article.php/90.html
     
     Extractions: Home About ELC Site Map Contact Us ... Food Most of the energy we use originates as solar energy. Through photosynthesis, plants convert solar energy into chemical energy, which is converted into fossil fuels and biomass. Solar power is responsible for wind power, thermal energy, and hydroelectric power. Directly harnessing sunlight as a source of energy in a cost-effective way remains a challenge and active solar systems still provide only a small percentage of the world's energy needs. The Sun's energy can be exploited in various ways. Passive solar heating is the simplest method and these systems reduce heating and cooling costs through siting a building as well as through using windows and other materials to collect and hold heat. Active solar systems, usually collect the Sun's heat with large panels through which air or liquid is pumped into a storage area and then recirculated. New research is focused on developing cost-competitive photovoltaic cells, which convert the sun's energy into electrical current. Photovoltaic cells remain costly and therefore have not been as competitive as other energy technologies. In remote regions, however, photovoltaic cells may be an important option. For information about solar energy: Solar Electric Light Fund

110. Direct Solar Energy-Glossary
     photovoltaic (PV) cells. (Also known as solar cells.) A photovoltaic cells thus convert light energy into electrical energy. renewable energy.  
     http://www.science.org.au/nova/005/005glo.htm
     
     Extractions: of Science Sponsored by Printer-friendly version of complete topic alternative energy sources. Energy sources different from those in widespread use at the moment (which are referred to as conventional). Alternative energy usually includes solar, wind, wave, tidal, hydroelectric and geothermal energy. Although they each have their own drawbacks, none of these energy sources produces significant air pollution, unlike conventional sources. fossil fuels. Carbon or hydrocarbon fuels, derived from what was living material, and found underground or beneath the sea. The most common forms are coal, oil and natural gas. They take millions of years to form. Their energy is only released upon burning, when the carbon and hydrogen within them combine with the oxygen in air to form carbon dioxide (CO ), or carbon monoxide (CO) and water (H O). Other elements within the fuels (such as sulfur or nitrogen) are also released into the air after combining with oxygen, causing further pollution with SO and nitrogen oxide gases. In the case of coal, ash particles are also a problem.

111. CALSEIA: California Solar Energy Industries Association
     California solar energy Industries Association supports the widespread adoption of solar thermal and photovoltaic systems by educating consumers, supporting  
     http://www.calseia.org/

112. PHOTOVOLTAIC ENERGY AND SUSTAINABLE DWELLING: PERFORMANCE, ECONOMICS, AND USER A
     owners of houses that have installed solar photovoltaic systems to learn their experiences with its use, their reported economics and energy efficiency of the  
     http://www.ag.ncat.edu/research/projects/2000/photovoltaic_energy_and_sustaina.h
     
     Extractions: PHOTOVOLTAIC ENERGY AND SUSTAINABLE DWELLING: PERFORMANCE, ECONOMICS, AND USER ANALYSIS OBJECTIVES: The study will investigate the performance, economics and user-related issues ofphotovoltaic (PV) energy as applied in residential dwellings. The study will address the following objectives: (1) monitor the performance of solar photovoltaic cell panels in producing electricity in the Garrett House - residential test facility located on the university campus; (2) study human-system interaction of occupants with the solar photovoltaic system installed in the Garrett House; (3) survey owners of houses that have installed solar photovoltaic systems to learn their experiences with its use, their reported economics and energy efficiency of the system; and (4) conduct an economic analysis of solar photovoltaic systems for housing in North Carolina. APPROACH: The procedure for conducted the study involves a case-study approach as well as a state-wide consumer survey. The case study will use a campus residential test facility to study the performance of Amorphous and Crystalline modules in providing the dwelling electricity needs as well as to study the human interaction and human factors in the maintenance and use of PV systems in residences. The consumer survey will involve all known owners of photovoltaic systems installed in their homes to determine their experiences concerning their PV system including the required care and maintenance of the system, user evaluation of the system performance, household energy use patterns as related to the PV system; economics of their system, and general satisfaction with that system. Approximately 120 owners will be contacted to participate with an expected response rate of 45 percent.

113. Solar Energy - Photovoltaic Links
     solar energy photovoltaics. The PV Docs; RedRok solar Links Data; photovoltaic solar energy Conversion An Update By MA Green; RMSG  
     http://www.autobahn.mb.ca/~het/energy/solar.html

114. Solar Photovoltaic Pump - Solar Energy - GEDA
     solar photovoltaic Pump is a device used solar energy for getting water under the earth. SOURCES solar energy solar photovoltaic pump.  
     http://www.geda.org.in/solar/so_slr_pump.htm
     
     Extractions: Your browser does not support script Search Home Faq Sitemap Feedback ... SOLAR ENERGY SOLAR photovoltaic pump Solar Photovoltaic Pump Related Links Specifications Mathodology Eligibility Criteria Manufacturers ... Building Integrated PV The solar water pumping system is a stand-alone system operating on power generated using solar PV (photovoltaic) system. The power generated by solar cells is used for operating DC surface centrifugal mono-block pumpset for lifting water from bore / open well or water reservoir for minor irrigation and drinking water purpose. The system schematic is shown in the figure below. The system requires a shadow-free area for installation of the Solar Panel Soft loan to users at a subsidized rate of 5% per annum for the unsubsidized portion of the system cost, upto 90% can be obtained availed from IREDA. Similarly upto 90% loan can be availed from IREDA on the total cost of the system, at the rate of 5%, in case where subsidy benefit is not availed. Such loan shall be payable over a period of 10 years.

115. About Solar Energy, Photovoltaic Energy Products, Solar Books And Resources, Cry
     solar power books, online photovoltaic information and goods to help you harvest the free energy from the sun. solar more.  
     http://www.crystalbay.net/solarvillage/renewable-energy.html
     
     Extractions: Gaviotas originated out of the belief that the current state of urban expansion and depletion of resources could not be sustained and that the future required people to learn to live in an ecologically sound and sustainable manner. The story of a remarkable and diverse group of individuals who helped the village evolve into a very real, socially viable, and self-sufficient community. The people of Gaviotas today produce innovative technologies that use the regions natural resources without destroying them. Click to read more and order This is the book that started a revolution in the way that Americans eat. Today, vegetarianism and "the politics of food" is at the center of a growing environmental movement that also encompasses animal rightists and recyclers. This 20th anniversary edition of an ecological classic features a substantive new introduction where Lappe stresses how her philosophy remains validthat food is the central issue through which to understand world politics.

116. EERE: Bookmark Update
     Bookmark Update. The URL you have requested has moved to http//www.eere.energy.gov/solar/. Please update your bookmark accordingly.  
     http://www.eere.energy.gov/redirects/solar.html

117. EERE: Bookmark Update
     Bookmark Update. The URL you have requested has moved to http//www.eere.energy.gov/solar/ Please update your bookmark accordingly. Webmaster Security Privacy EERE Home. U.S. Department of energy.  
     http://www.eren.doe.gov/pv

118. PVWATTS - A Performance Calculator For Grid-Connected PV Systems
     US Department of energy (DOE) Photovoltaics Program. How solar Cells Work , How Stuff Works ((http//www.howstuffworks.com), by Scott Aldous.  
     http://rredc.nrel.gov/solar/calculators/PVWATTS/
     
     Extractions: PVWATTS calculates electrical energy produced by a grid-connected photovoltaic (PV) system. Currently, PVWATTS can be used for locations within the United States and its territories. Researchers at the National Renewable Energy Laboratory developed PVWATTS to permit non-experts to quickly obtain performance estimates for grid-connected PV systems. In a grid-connected PV system, PV modules, wired together to form a PV array, pass DC electricity through an inverter to convert it into AC power. If the PV system AC power is greater than the owner's needs, the inverter sends the surplus to the utility grid for use by others. The utility provides AC power to the owner at night and during times when the owner's requirements exceed the capability of the PV system. Two Calculators: Choose a calculator by clicking on "Version 1" or "Version 2". Version 1 Version 1 is the original PVWATTS. The user chooses a state from a map or a text list, and then the city of interest. The calculations may be done using the default system parameters, or the user may specify the PV system size, local electric costs, whether a fixed or tracking PV array, and the PV array tilt and azimuth angles. PVWATTS calculates monthly and annual energy production in kWh and monthly savings in dollars. PVWATTS v.1 can be run for Guam or Puerto Rico as well as the 50 States.

119. Energy Saving Trust Solar PV - Welcome
     Department of Trade and Industry. Welcome to solar photovoltaics (PV). Here you will find everything you need to know about generating electricity from the sun.  
     http://www.est.org.uk/solar/
     
     Extractions: Welcome to solar photovoltaics (PV). Here you will find everything you need to know about grants for generating electricity from the sun. The Department of Trade and Industry launched its three-year Major Photovoltaics Demonstration programme in 2002, offering grants to householders, the public sector and businesses. You can find out how to get grants for small scale and medium to large scale PV installations here. Find out how to apply... All the latest Solar news...

120. SEI: Welcome To Solar Energy International
     solar energy International offers handson workshops in solar, wind and water power and natural building technologies in 11 locations. Receive our newsletter. solar Access News. Tired and operate a successful solar business in this two day and software related to renewable energy and sustainable building technologies  
     http://www.solarenergy.org/
     
     Extractions: Workshops SEI Store SEI Membership ... Solar Access News Learn how to implement renewable energy technologies in the developing world! click here Learn how to create homes that take less from the earth and give more to people click here S EI is a member-supported organization. Join now and receive SEI's newsletter and a one-year subscription to either Home Power magazine or E magazine SEI has books, videos and software related to renewable energy and sustainable building technologies. Check our

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