Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981
Solar cell and solar cell module have to be tested for their performance, i.e. their ability to produce electrical power under well-defined conditions of illumination and temperature. The need for performance measurements arises at various stages of development, design and production from different requirement: at the development level, the main objective is to as ess the performance of a new concept in comparison with state-of-the-art competitors; at the design level, performance data are required as input for the izing and dimensions of photovoltaic y tem operating under certain environmental conditions; at the produc- tion level, the cells and modules must be acceptance te ted against a set of specifications in order to separate deliverables from reject . For accurate performance measurements and calibration, several methods exist which can be generally categorised into two clas e: outdoor methods in natural sunlight, and indoor method, u ing imulated unlight or indirect analytical method . Depending on the purpose of a performance test, each of these method can offer specific advantage . Therefore, the various methods are not to be looked at as competing, but rather as complementary tool for the achievement of accurate electrical performance measurement .
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Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981
Solar cell and solar cell module have to be tested for their performance, i.e. their ability to produce electrical power under well-defined conditions of illumination and temperature. The need for performance measurements arises at various stages of development, design and production from different requirement: at the development level, the main objective is to as ess the performance of a new concept in comparison with state-of-the-art competitors; at the design level, performance data are required as input for the izing and dimensions of photovoltaic y tem operating under certain environmental conditions; at the produc- tion level, the cells and modules must be acceptance te ted against a set of specifications in order to separate deliverables from reject . For accurate performance measurements and calibration, several methods exist which can be generally categorised into two clas e: outdoor methods in natural sunlight, and indoor method, u ing imulated unlight or indirect analytical method . Depending on the purpose of a performance test, each of these method can offer specific advantage . Therefore, the various methods are not to be looked at as competing, but rather as complementary tool for the achievement of accurate electrical performance measurement .
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Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981

Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981

Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981

Performance of Solar Energy Converters: Thermal Collectors and Photovoltaic Cells: Lectures of a Course held at the Joint Research Centre, Ispra, Italy, November 11-18, 1981

Paperback(Softcover reprint of the original 1st ed. 1983)

$54.99 
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Overview

Solar cell and solar cell module have to be tested for their performance, i.e. their ability to produce electrical power under well-defined conditions of illumination and temperature. The need for performance measurements arises at various stages of development, design and production from different requirement: at the development level, the main objective is to as ess the performance of a new concept in comparison with state-of-the-art competitors; at the design level, performance data are required as input for the izing and dimensions of photovoltaic y tem operating under certain environmental conditions; at the produc- tion level, the cells and modules must be acceptance te ted against a set of specifications in order to separate deliverables from reject . For accurate performance measurements and calibration, several methods exist which can be generally categorised into two clas e: outdoor methods in natural sunlight, and indoor method, u ing imulated unlight or indirect analytical method . Depending on the purpose of a performance test, each of these method can offer specific advantage . Therefore, the various methods are not to be looked at as competing, but rather as complementary tool for the achievement of accurate electrical performance measurement .

Product Details

ISBN-13: 9789401198158
Publisher: Springer Netherlands
Publication date: 05/21/2012
Series: Ispra Courses
Edition description: Softcover reprint of the original 1st ed. 1983
Pages: 527
Product dimensions: 6.69(w) x 9.61(h) x 0.04(d)

Table of Contents

Measurement and Analysis of Solar Radiation Data.- Measurement and Analysis of Solar Radiation Data.- Thermal Collectors.- Solar Thermal Collectors.- Performance Test Procedures for Thermal Collectors: Outdoor Testing.- Performance Test Procedures for Thermal Collectors: Solar Simulators.- Photovoltaic Converters.- Photovoltaic Energy Converters.- Performance Test Procedures for Solar Cells and Modules.- Solar Cell and Module Performance Assessment Based on Indoor Calibration Methods.- Method for a Reliability Study on Photovoltaic Modules—Application for the Qualification of Cells and Modules.- Test and Facilities at JRC.- Photovoltaic Indoor Test Facilities at the Joint Research Centre—Ispra Establishment—Solar Simulators.- The Solar Test Facility LS-1—Technical Description.- Qualification and Durability Tests: Applications for Thermal Collectors and Photovoltaic Modules.- Facilities for the Study of Behaviour in Corrosive Atmospheres and Their Application to Thermal and Photovoltaic Converters.- Performance of a Hybrid Solar Heating System of the Solar Laboratory at the JRC-Ispra.- EC Programmes.- to the EC Solar Heating Programme.- Validation of Simulation Models of Solar Heating Systems with Data from the Solar Pilot Test Facilities.- The Photovoltaic Pilot Projects of the European Community.- Annex: Methodologies.- I—Recommendations for European Solar Collector Test Methods (Liquid Heating Collectors).- II—Standard Procedures for Terrestrial Photovoltaic Performance Measurements CEC Specification No. 101—Issue 2 (1981).- III—Photovoltaic Module Control Test Specifications Specification No. 501 (August 1981).
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