AUTONOMOUS LOAD REDUCING DEVICE
PROBLEM TO BE SOLVED: To provide an autonomous load reducing device ensuring accuracy and achieving both miniaturization and cost reduction. SOLUTION: The autonomous load reducing device 100 includes: a structure including a first band pass filter 102 comprising an analog circuit having an operation...
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creator | SUZUKI HIROKAZU YOSHIDA YOSHIAKI SASATANI TAKASHI HAMADA HIROSHI |
description | PROBLEM TO BE SOLVED: To provide an autonomous load reducing device ensuring accuracy and achieving both miniaturization and cost reduction. SOLUTION: The autonomous load reducing device 100 includes: a structure including a first band pass filter 102 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a lower frequency band than a rated frequency to pass; a second band pass filter 104 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a higher frequency band than a rated frequency to pass; a subtractor 106 for outputting a difference in output voltage between the first band pass filter 102 and the second band pass filter 104; a divider 108 for outputting a difference in voltage ratio by dividing the voltage difference by a voltage applied from the power system; a discriminator 110 for discriminating whether the voltage ratio is not less than a predetermined threshold value or not; and an apparatus control part 112 for reducing the load of the system when the discriminator 110 discriminates that the voltage ratio is not less than the threshold value. COPYRIGHT: (C)2011,JPO&INPIT |
format | Patent |
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SOLUTION: The autonomous load reducing device 100 includes: a structure including a first band pass filter 102 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a lower frequency band than a rated frequency to pass; a second band pass filter 104 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a higher frequency band than a rated frequency to pass; a subtractor 106 for outputting a difference in output voltage between the first band pass filter 102 and the second band pass filter 104; a divider 108 for outputting a difference in voltage ratio by dividing the voltage difference by a voltage applied from the power system; a discriminator 110 for discriminating whether the voltage ratio is not less than a predetermined threshold value or not; and an apparatus control part 112 for reducing the load of the system when the discriminator 110 discriminates that the voltage ratio is not less than the threshold value. 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SOLUTION: The autonomous load reducing device 100 includes: a structure including a first band pass filter 102 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a lower frequency band than a rated frequency to pass; a second band pass filter 104 comprising an analog circuit having an operational amplifier 102a and allowing the AC power of a higher frequency band than a rated frequency to pass; a subtractor 106 for outputting a difference in output voltage between the first band pass filter 102 and the second band pass filter 104; a divider 108 for outputting a difference in voltage ratio by dividing the voltage difference by a voltage applied from the power system; a discriminator 110 for discriminating whether the voltage ratio is not less than a predetermined threshold value or not; and an apparatus control part 112 for reducing the load of the system when the discriminator 110 discriminates that the voltage ratio is not less than the threshold value. 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subjects | CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTINGELECTRIC POWER CONVERSION OR DISTRIBUTION OF ELECTRIC POWER ELECTRICITY GENERATION SYSTEMS FOR STORING ELECTRIC ENERGY |
title | AUTONOMOUS LOAD REDUCING DEVICE |
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