Photovoltaic assisted excitation control of 1-phase dual winding induction generator for wind-based microgeneration

A. Chatterjee, D. Chatterjee
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引用次数: 4

Abstract

Off-grid power generation from renewable source like wind has been a topic of recent research. This paper proposes a simple control strategy for single phase, dual stator winding induction generator for grid secluded, domestic application. The induction generator consists of a control winding fed from a Photovoltaic (PV) panel and single phase inverter. A storage battery is used which adds to the reliability of the scheme. The load is fed from the power winding. The two windings are decoupled from each other which make the control flexible. The proposed control accounts for steady load voltage with constant frequency operation with change in loads or rotor speeds. The proposed generation scheme along with the control is made uncomplicated keeping in mind the cost requirement and effectiveness. Suitable simulation and experimental analysis sums up the viability of the proposed concept.
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微型风力发电用单相双绕组感应发电机的光伏辅助励磁控制
利用风能等可再生能源进行离网发电一直是最近研究的一个主题。本文提出了一种适用于国内电网隔离的单相双定子绕组感应发电机的简单控制策略。感应发电机由光伏(PV)面板和单相逆变器馈电的控制绕组组成。采用蓄电池,增加了方案的可靠性。负载由电源绕组供给。两个绕组相互解耦,使控制灵活。所提出的控制考虑了负载电压随负载或转子转速的变化而恒定频率运行。考虑到成本要求和效率,建议的发电方案及其控制并不复杂。适当的仿真和实验分析总结了所提概念的可行性。
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