REACTIVE POWER AND VOLTAGE PARAMETERS CONTROL IN NETWORK SYSTEM
Keywords:
reactive power control, voltage control, distributed generator in network system.Abstract
Energy supply systems on the modern aspect of the development of engineering and technology are considered as the Internet, an infrastructure designed to support energy, information, economic and financial relationships between all entities involved in the production, transportation, and consumption of all types of energy. The thesis aims to a reactive power and voltage control management control strategy based on virtual-reactance. Furthermore, this thesis's goal at the higher reactive power management control complexity caused by the access of distributed power systems, and the problem such as large data exchange capacity, low accuracy of reactive power distribution, a slow convergence rate, and so on, may appear when the controlled objects are large. Simultaneously, big amounts of data are treated to parallel processing by using the parallel distributed processing, realize the uncertainty transformation between qualitative concept and quantitative value. In the thesis, technologies, and devices of the reactive power and voltage control smart grid system studied in this work serve as basic scientific materials for increasing the efficiency of energy use.
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