New technological solutions have been proposed that allow effective reduction of electrical energy losses in distribution networks with local generation sources and storage units due to the possibility of dynamic control of the network configuration. The conditions for the rational use of remotely controlled switching devices have been substantiated and an algorithm for controlling their operation has been developed. The possibility of using power electronics devices is demonstrated and an approach to their operation is proposed in order to create optimal flows of active and reactive power in the distribution network circuit to minimize energy losses. References 9, figures 3.
The main aspects of the application for the complex improvement of the electrical power quality 1 / 3 2018 N1 st10 and the ensure electrical safety in the local power supply systems of the developed hybrid filter compensating converters (GFCC), which are based on a regulated filtering device, "distributive" static synchronous reactive power compensator or a multifunctional reactive power compensator are considered. GFCC are designed to compensate the load currents in the neutral conductor of a three-phase low-voltage network, symmetrical regulation (stabilization) voltage of the load and filtering the currents of higher harmonics in the network. References 14, figures 6, table 1.
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