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• W2116720741 abstract "Photovoltaic (PV) power generators can be used for converting the energy of solar radiation directly into electrical energy without any moving parts. The operation of the generators is highly affected by operating conditions, most importantly irradiances and temperatures of PV cells. PV power generators are prone to electrical losses if the operating conditions are non-uniform such as in a case where part of the modules of a generator are shaded while the rest are receiving the global solar radiation. These conditions are called partial shading conditions and they have been recognized as a major cause of energy losses in PV power generators. In this thesis, the operation of silicon-based PV power generators under partial shading conditions is studied using Matlab Simulink simulation model. The operation of the model has been verified by measurements of electrical characteristics of a PV module under several different operating conditions and also under partial shading conditions. A systematic approach to study the effects of partial shading conditions has been developed and used. In addition to the systematic approach, a vast amount of data measured from the Tampere University of Technology (TUT) Solar Photovoltaic Power Station Research Plant are analyzed and used as input for the simulation model to study operation of PV power generators under actual operating conditions. Partial shading conditions have severe effects on the electrical characteristics of PV power generators and can cause multiple maximum power points (MPPs) to the powervoltage curve of the generators. In most cases, partial shading conditions lead to the occurrence of multiple MPPs, but also only one MPP can be present despite of partial shading. Reasons for this phenomenon are presented and analyzed in this thesis. Because of multiple MPPs, a considerable amount of available electrical energy may be lost when the generator is operating at a local MPP with low power instead of the global MPP. In order to optimize the operation of PV power generators under partial shading conditions it is crucial to be familiar with the operation of the generators under these conditions. Results of a systematic study of the effects partial shading conditions on MPP characteristics are shown and a method to differentiate between local and global MPPs will be presented in this thesis. Partial shading conditions cause also mismatch losses when the individual PV cells are not operating at their own MPPs although the generator would operate at its own MPP. The amount of mismatch losses depends on the partial shading conditions but also on the electrical configuration of the PV power generator. In this thesis, different configurations are based on different inverter concepts such as central inverter, string inverter and multistring inverter. The mismatch losses under partial shading conditions of these different PV power generator configurations are studied. It is shown that long series connections of PV modules are most severely affected by partial shading conditions. iii" @default.
• W2116720741 created "2016-06-24" @default.
• W2116720741 creator A5057095217 @default.
• W2116720741 date "2013-11-01" @default.
• W2116720741 modified "2023-09-27" @default.
• W2116720741 title "Effects of Partial Shading Conditions on Maximum Power Points and Mismatch Losses in Silicon-Based Photovoltaic Power Generators" @default.
• W2116720741 cites W1484232878 @default.
• W2116720741 cites W1496261342 @default.
• W2116720741 cites W1531675310 @default.
• W2116720741 cites W1558639116 @default.
• W2116720741 cites W1570291734 @default.
• W2116720741 cites W1600642341 @default.
• W2116720741 cites W1795848919 @default.
• W2116720741 cites W1834350974 @default.
• W2116720741 cites W1873052618 @default.
• W2116720741 cites W187978363 @default.
• W2116720741 cites W1945024702 @default.
• W2116720741 cites W1964594009 @default.
• W2116720741 cites W1967163241 @default.
• W2116720741 cites W1967288765 @default.
• W2116720741 cites W1968086489 @default.
• W2116720741 cites W1968143871 @default.
• W2116720741 cites W1968741218 @default.
• W2116720741 cites W1972617387 @default.
• W2116720741 cites W1975940858 @default.
• W2116720741 cites W1978179443 @default.
• W2116720741 cites W1980396519 @default.
• W2116720741 cites W1981274891 @default.
• W2116720741 cites W1987208497 @default.
• W2116720741 cites W1988433808 @default.
• W2116720741 cites W1989747454 @default.
• W2116720741 cites W1994450402 @default.
• W2116720741 cites W1997369927 @default.
• W2116720741 cites W2001959368 @default.
• W2116720741 cites W2002662765 @default.
• W2116720741 cites W2003274606 @default.
• W2116720741 cites W2005974712 @default.
• W2116720741 cites W2009190229 @default.
• W2116720741 cites W2011135947 @default.
• W2116720741 cites W2011899778 @default.
• W2116720741 cites W2013750215 @default.
• W2116720741 cites W2014958378 @default.
• W2116720741 cites W2018074121 @default.
• W2116720741 cites W2019607318 @default.
• W2116720741 cites W2019974310 @default.
• W2116720741 cites W2024729435 @default.
• W2116720741 cites W2025101154 @default.
• W2116720741 cites W2025731516 @default.
• W2116720741 cites W2027714582 @default.
• W2116720741 cites W2029637177 @default.
• W2116720741 cites W2030476757 @default.
• W2116720741 cites W2030547696 @default.
• W2116720741 cites W2032423175 @default.
• W2116720741 cites W2033631810 @default.
• W2116720741 cites W2033684190 @default.
• W2116720741 cites W2040715801 @default.
• W2116720741 cites W2042068469 @default.
• W2116720741 cites W2050114059 @default.
• W2116720741 cites W2051154927 @default.
• W2116720741 cites W2052704839 @default.
• W2116720741 cites W2058985687 @default.
• W2116720741 cites W2062624166 @default.
• W2116720741 cites W2064495614 @default.
• W2116720741 cites W2065564768 @default.
• W2116720741 cites W2066550547 @default.
• W2116720741 cites W2068429599 @default.
• W2116720741 cites W2070804349 @default.
• W2116720741 cites W2071410527 @default.
• W2116720741 cites W2075687602 @default.
• W2116720741 cites W2078190160 @default.
• W2116720741 cites W2081446401 @default.
• W2116720741 cites W2081590770 @default.
• W2116720741 cites W2083166404 @default.
• W2116720741 cites W2084703940 @default.
• W2116720741 cites W2084791830 @default.
• W2116720741 cites W2087103377 @default.
• W2116720741 cites W2093265028 @default.
• W2116720741 cites W2093426126 @default.
• W2116720741 cites W2098006793 @default.
• W2116720741 cites W2100259264 @default.
• W2116720741 cites W2101305580 @default.
• W2116720741 cites W2101839728 @default.
• W2116720741 cites W2107848903 @default.
• W2116720741 cites W2109490242 @default.
• W2116720741 cites W2112474130 @default.
• W2116720741 cites W2112741583 @default.
• W2116720741 cites W2124969628 @default.
• W2116720741 cites W2125194344 @default.
• W2116720741 cites W2125915674 @default.
• W2116720741 cites W2126628287 @default.
• W2116720741 cites W2131841686 @default.
• W2116720741 cites W2132895429 @default.
• W2116720741 cites W2134918040 @default.
• W2116720741 cites W2134936199 @default.
• W2116720741 cites W2144215753 @default.
• W2116720741 cites W2146246970 @default.
• W2116720741 cites W2151739068 @default.
• W2116720741 cites W2151944266 @default.
• W2116720741 cites W2153292828 @default.
• W2116720741 cites W2158146421 @default.

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