Voltage control is an important method for regulating the feeder voltages in a distribution
network. Various voltage control methods are used by distribution network operators (DNOs) …

The electricity distribution business is experiencing a tremendous and challenging
transformation. The use of renewable energy sources is moving generation from the top to …

This paper investigates voltage and reactive power control in distribution systems and how
the presence of synchronous machine-based distributed generation (DG) affects the control …

This paper investigates the use of voltage source converter interfaced distributed generators
(DGs) for reactive power support in active distribution networks. Integration of DG …

This paper first investigates a local voltage and reactive power control (local control) in a
distribution system based on local control of on-load tap-changer (OLTC), substation …

Distributed generation (DG) has been becoming more well‐known in the power sector
because of its ability in power loss reduction, low investment cost, increase reliability, and …

This paper discusses voltage regulation on medium-voltage feeders with distributed
generation (DG) using on-load tap changer (LTC) and line drop compensation (LDC). The …

As a result of the world's rapid socioeconomic growth and environmental concerns,
exploring diverse energy resources besides fossil fuel has become a necessity and not an …

This thesis presents an analysis of voltage control and voltage stability in distribution
systems, in the presence of distributed generation (DG). The steady state voltage and …

This paper addresses the negative impacts of distributed generations (DGs) on the utility
voltage regulators and hence on the voltage profile of distribution feeders. These negative …