Novel Green Plug switched filter schemes based on Multi Objective Genetic algorithm MOGA for single phase induction motors

A. Sharaf, A. Elgammal
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引用次数: 1

Abstract

The paper presents a family of novel switched smart filter compensated devices using Green Plug Smart Filter Soft Starter GP-SF-SS devices for small single phase induction motors. GP-SF-SS devices are equipped with a dynamic online error driven optimally tuned controller that ensures improved power factor, reduced feeder losses, stabilized voltage, minimal current ripples and efficient energy utilization/conservation with minimal impact on the host electric grid security and reliability. The family of GP-SF-SS schemes is intended for use with residential / commercial motor drives used in water pumping, ventilation, air conditioning, compressors, refrigeration applications. The outcome is improved power quality, efficient utilization and reduced KWh energy consumption. The family of Green Plugs, Smart Filters and Soft Starters are all low cost additions with an estimated cost of $10–15/KVA ratings and with payback periods ratings from 6–12 months at most.
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基于多目标遗传算法MOGA的单相感应电机绿色插头开关滤波新方案
本文介绍了一种新型的开关式智能滤波补偿装置,该装置采用绿插头智能滤波软启动器GP-SF-SS装置,用于小型单相感应电动机。GP-SF-SS设备配备了动态在线误差驱动的优化调谐控制器,可确保提高功率因数,降低馈线损耗,稳定电压,最小电流波动和高效的能源利用/节约,同时对主机电网的安全性和可靠性影响最小。GP-SF-SS系列方案适用于住宅/商用电机驱动器,用于水泵,通风,空调,压缩机,制冷应用。其结果是提高了电能质量,提高了利用率,降低了千瓦时能耗。绿色插头、智能过滤器和软启动器系列都是低成本的附加产品,估计成本为10-15美元/千伏安,投资回收期最多为6-12个月。
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