REACTIVE POWER COMPENSATOR

PROBLEM TO BE SOLVED: To solve the problem that the conventional reactive power compensator can not continue reactive power compensation without changing stepwise control width when some of capacitor banks out of a plurality of capacitor banks fail. SOLUTION: The capacitor bank portion 30 constitute...

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Hauptverfasser:	TAKEDA MASATOSHI, OGUSA SHINICHI
Format:	Patent
Sprache:	eng
Schlagworte:	CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTINGELECTRIC POWER CONTROLLING CONVERSION OR DISTRIBUTION OF ELECTRIC POWER ELECTRICITY GENERATION PHYSICS REGULATING SYSTEMS FOR REGULATING ELECTRIC OR MAGNETIC VARIABLES SYSTEMS FOR STORING ELECTRIC ENERGY
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creator	TAKEDA MASATOSHI OGUSA SHINICHI
description	PROBLEM TO BE SOLVED: To solve the problem that the conventional reactive power compensator can not continue reactive power compensation without changing stepwise control width when some of capacitor banks out of a plurality of capacitor banks fail. SOLUTION: The capacitor bank portion 30 constituted of capacitor banks 31 to 33 having capacitance in accordance with a sequence of the n-th power of 2 of basic capacitance includes a capacitor bank 31 of basic capacitance, a capacitor bank 32 constituted of sub-banks 40 and 41, and a capacitor bank 33 constituted of sub-banks 42 and 43. The capacitance of one sub-bank is set to a capacitance in accordance with a sequence of the m-th power of 2 of basic capacitance. When any one of the capacitor banks 31 to 33 fails, the capacitor banks following the failed capacitor bank substitute for a capacitor bank located immediately before itself. COPYRIGHT: (C)2011,JPO&INPIT
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SOLUTION: The capacitor bank portion 30 constituted of capacitor banks 31 to 33 having capacitance in accordance with a sequence of the n-th power of 2 of basic capacitance includes a capacitor bank 31 of basic capacitance, a capacitor bank 32 constituted of sub-banks 40 and 41, and a capacitor bank 33 constituted of sub-banks 42 and 43. The capacitance of one sub-bank is set to a capacitance in accordance with a sequence of the m-th power of 2 of basic capacitance. When any one of the capacitor banks 31 to 33 fails, the capacitor banks following the failed capacitor bank substitute for a capacitor bank located immediately before itself. 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SOLUTION: The capacitor bank portion 30 constituted of capacitor banks 31 to 33 having capacitance in accordance with a sequence of the n-th power of 2 of basic capacitance includes a capacitor bank 31 of basic capacitance, a capacitor bank 32 constituted of sub-banks 40 and 41, and a capacitor bank 33 constituted of sub-banks 42 and 43. The capacitance of one sub-bank is set to a capacitance in accordance with a sequence of the m-th power of 2 of basic capacitance. When any one of the capacitor banks 31 to 33 fails, the capacitor banks following the failed capacitor bank substitute for a capacitor bank located immediately before itself. 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SOLUTION: The capacitor bank portion 30 constituted of capacitor banks 31 to 33 having capacitance in accordance with a sequence of the n-th power of 2 of basic capacitance includes a capacitor bank 31 of basic capacitance, a capacitor bank 32 constituted of sub-banks 40 and 41, and a capacitor bank 33 constituted of sub-banks 42 and 43. The capacitance of one sub-bank is set to a capacitance in accordance with a sequence of the m-th power of 2 of basic capacitance. When any one of the capacitor banks 31 to 33 fails, the capacitor banks following the failed capacitor bank substitute for a capacitor bank located immediately before itself. COPYRIGHT: (C)2011,JPO&INPIT</abstract><oa>free_for_read</oa></addata></record>
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subjects	CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTINGELECTRIC POWER CONTROLLING CONVERSION OR DISTRIBUTION OF ELECTRIC POWER ELECTRICITY GENERATION PHYSICS REGULATING SYSTEMS FOR REGULATING ELECTRIC OR MAGNETIC VARIABLES SYSTEMS FOR STORING ELECTRIC ENERGY
title	REACTIVE POWER COMPENSATOR
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