A Novel Household Efficient Power/Energy Utilization and Power Quality Compensator Devices

A. Sharaf, R. Chhetri
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引用次数: 1

Abstract

The paper presents a novel effective energy conservation, utilization and power quality enhancement devices for damping switching transients and load excursion using modulated filter and capacitor compensator (MPF/C) Green Plug developed by Dr A.M Sharaf for 2 phase, 3 wire household load. The novel tri loop Sharaf's dynamic error driven controller is fully validated. The switching transients and load disturbances are greatly reduced. The neutral voltage is also lowered and the supply power factor is improved, hence the power utilization is enhanced. The validation study had been done for balanced linear load, unbalanced linear load and unbalanced non linear type load with and without the (MPF/C) compensator. Simulation study is made for ground type fault, short circuit faults, and open circuit type faults. Satisfactory results are compared without and with the use of the tri loop dynamic error driven controller and the MPF/C devices
一种新型家用高效电能利用及电能质量补偿装置
本文介绍了一种新的有效的节能,利用和电能质量提高装置,用于阻尼开关瞬态和负载偏移,使用调制滤波器和电容补偿器(MPF/C)绿插头由a.m. Sharaf博士开发的2相,3线家庭负载。对新型三环Sharaf动态误差驱动控制器进行了验证。大大降低了开关瞬态和负载扰动。同时降低了中性点电压,提高了电源功率因数,从而提高了功率利用率。对平衡线性负载、不平衡线性负载和不平衡非线性负载进行了验证研究,并对有无(MPF/C)补偿器进行了验证研究。对接地型故障、短路型故障和开路型故障进行了仿真研究。比较了采用三回路动态误差驱动控制器和MPF/C装置时的效果
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