2002Unpublished venueRequires access

Impact of generator leading power factor operation on system voltage and reactive power balance at low load

Tao Wang, Shiyi Liou, Dashan Zhou

Open publisher page 1 citations

Abstract

The article analyzes the relation between system voltage level and reactive power balance in detail. It presents that the reactive power demand of load is mainly balanced by grid capacitive reactive power in light flow for modern power systems. The authors analyze the different effect on system voltage level and reactive power balance between single generator leading power factor operation and many generators leading power factor operation. The viewpoint and thought is verified through the practical power system of Hubei Province.

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What this paper is about

The article analyzes the relation between system voltage level and reactive power balance in detail. It presents that the reactive power demand of load is mainly balanced by grid capacitive reactive power in light flow for modern power systems. The authors analyze the different effect on system voltage level and reactive power balance between single generator leading power factor operation and many generators leading power factor operation. The viewpoint and thought is verified through the practical power system of Hubei Province.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The article analyzes the relation between system voltage level and reactive power balance in detail. It presents that the reactive power demand of load is mainly balanced by grid capacitive reactive power in light flow for modern power systems. The authors analyze the different effect on system voltage level and reactive power balance between single generator leading power factor operation and many generators leading power factor operation. The viewpoint and thought is verified through the practical power system of Hubei Province.

Key concepts: Power factor, AC power, Voltage optimisation, Volt-ampere reactive, Electric power system, Switched-mode power supply, Constant power circuit, Power-flow study

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