The smart performance optimization of self-reacted voltage stabilizer device using common line switch deviation model

Electrical devices react negatively to such variations of the network and quickly fail when they lose their inherent functions. To avoid such effects, people use homemade devices called voltage regulators. A useful stabilizer is a device made of triangles. There are tolerances for voltage change greater than 10
^%
of the nominal value (220 V). This deviation should be observed both upwards and downwards. But there is no ideal power network, the voltage value in the network changes frequently, thereby worsening the performance of the devices connected to it. This stabilizing device is not very sensitive to changes in voltage supplied through the common line. Voltage smoothing is done if the input voltage is in the range of 130 to 270 volts. Devices connected to the network are powered by a voltage of 205 to 230 volts. From such a device it is possible to operate electrical appliances, the total power of which is up to 6 kW. The stabilizer switches the load of the consumer in 10 ms.