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The Study of Solar PV Wind Loading Caculation and Trestle Structure

Author: ZhangQingZhu
Tutor: LiuZhiZuo
School: Inner Mongolia University of Technology
Course: Thermal Power Engineering
Keywords: LabVIEW Solar photovoltaic modules Test system Demarcate Design
CLC: TK514
Type: Master's thesis
Year: 2010
Downloads: 195
Quote: 1
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Abstract


Load wind load of photovoltaic panels by experimental measurements and empirical formula calculation compared to verify the theoretical calculation , the correction of the traditional empirical formula , and found that the inherent law of photovoltaic panels wind load load , according to the wind load inherent law of improvements and design of photovoltaic panels the assembly of the stent structure. Using NI LabVIEW software -based virtual instrument design ideas , the DAQCard- USB6009 multifunction data acquisition card , and each measured parameter corresponding sensors, transmitters and computer as operation , testing , data processing and storage platform , composed of solar PV modules wind load test system . LabVIEW software and the corresponding hardware equipment developed solar PV modules suffered wind load test system . The tests measured the size of the PV module loads suffered less need to measure the physical parameters in a single test , the test , to ignore the problem of interference of the electronic components , but taking into account its accuracy , its system calibration , in order to achieve the appropriate accuracy and then to test in order to achieve the accuracy of the test data in the system . Through on-site testing , analysis and processing data for the PV module load testing wind speed of wind tunnel experiments verify the theoretical calculation , the correction of the traditional wind load load empirical formula to find out the law of wind load , through the linear fit to launch the actual wind speed load design based PV module support structure under wind load , wind load . Required to pull out of the ground within the energy base in Inner Mongolia , for example , measured in different thickness and length of the ground anchor anchor into the ground at different depths . Rally to calculate the wind load load and ground anchors tipping moment of PV modules , calculate the stability of the PV module bracket to provide a scientific basis for the future contained PV modules for solar wind load calculations and stent design .

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CLC: > Industrial Technology > Energy and Power Engineering > Special heat and its mechanical > Solar Energy Technology > Solar power installations
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