VOLTAGE CONTROL DEVICE, METHOD FOR DETERMINING THE OPTIMIZED MULTI-MEASUREMENT OPERATING POINT WITH CAPABILITY FOR ARTIFICIAL INTELLIGENCE AND BRANCHED NETWORK VOLTAGE CONTROL SYSTEM FOR VOLTAGE REGULATORS.

Abstract

The present invention consists of a voltage control device, a method for determining the optimized operating point, and a voltage control system for branched electrical power distribution networks. This system comprises voltage meters installed at points of interest for voltage control, which internally communicate using the LPWA standard. This telecommunications standard allows for a wide range and overcomes the obstacles necessary for this application due to its sensitivity and, especially, due to its repeaters, if present. A PLWA modem collects this information and passes it to the Branched Network Voltage Controller, which internally incorporates the specialized algorithm for calculating the tap that must be selected in the voltage regulator so that the voltages at all points of interest are adjusted as closely as possible within the specified limits.For this purpose, it sends a command to the Voltage Regulator controller in the form of a voltage at the TP input, being compatible with the field legacy, or in the form of a command in an application protocol for compatible Voltage Regulator controllers.