WIRING CONFIRMING METHOD AND APPARATUS FOR SOLAR BATTERY MODULE

WIRING CONFIRMING METHOD AND APPARATUS FOR SOLAR BATTERY MODULE

PROBLEM TO BE SOLVED: To confirm easily the parallel connections of solar batteries independently of the variation of sunlight. SOLUTION: By a wiring confirming method for solar battery modules, there is confirmed the fact that a plurality of solar battery modules 2, 2a provided on an execution surf...

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Hauptverfasser: OMOTO SEIJI, MIYATA SHINJI, ITO KOJI, ISHIDA KENSUKE, TOKITA MASAJIRO, FUJIWARA TAKASHI, TERAOKA MASAHARU
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BASIC ELECTRIC ELEMENTS
ELECTRIC SOLID STATE DEVICES NOT OTHERWISE PROVIDED FOR
ELECTRICITY
SEMICONDUCTOR DEVICES
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creator OMOTO SEIJI
MIYATA SHINJI
ITO KOJI
ISHIDA KENSUKE
TOKITA MASAJIRO
FUJIWARA TAKASHI
TERAOKA MASAHARU
description PROBLEM TO BE SOLVED: To confirm easily the parallel connections of solar batteries independently of the variation of sunlight. SOLUTION: By a wiring confirming method for solar battery modules, there is confirmed the fact that a plurality of solar battery modules 2, 2a provided on an execution surface 1 are connected normally in parallel with each other. In this method, there is provided on the execution surface 1 a reference solar battery module 12, 12 which is identical with each of the solar battery modules 2, 2a to be connected in parallel with each other. Thereafter, when representing as I1 the current value outputted from the plurality of solar battery modules 2, 2a connected in parallel with each other, and representing as I2 the current outputted from the reference solar battery module 12, 12, a number N is determined from the relational equation: [I1 =I2 ×N] to confirm it as the normal parallel-connection number of the solar battery modules.
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subjects BASIC ELECTRIC ELEMENTS
ELECTRIC SOLID STATE DEVICES NOT OTHERWISE PROVIDED FOR
ELECTRICITY
SEMICONDUCTOR DEVICES
title WIRING CONFIRMING METHOD AND APPARATUS FOR SOLAR BATTERY MODULE
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