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The large scale connection of power generation in distribution networks causes deregulation in power system networks. This paper focuses on studying the voltage changes at each node of the distribution network before and after the insertion of wind turbines as power generators, and also proposes two optimal voltage control methods in order to maintain a stable voltage profile. Results of the simulations...
Recently, renewable energy technologies such as wind turbine generators and photovoltaic (PV) systems have been introduced as distributed generations (DGs). Connections of a large amount of distributed generations may cause voltage deviation beyond the statutory range in distribution systems. A reactive power control of DGs can be a solution of this problem, and it also has a possibility to reduce...
Increased numbers of distributed generation (DG) have become connected to the distribution network as a result of the network deregulation and increased customer demands. They represent and alternative option to postpone the transmission and distribution expansion required to satisfy the forcasted peak loads. This paper proposes an optimization model aims to determine optimal DG sizes and sites that...
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