Control of a false disconnection of a sectional switch in the ring network line

Modern highly mechanized and electrified agriculture places high demands to the reliability and power supply continuity. The undersupply of electricity, interruptions in power supply of agricultural enterprises lead to both direct economic damage associated with its restoration, and technological, due to spoilage of agricultural products. The power supply companies also suffer losses due to non-payment because of undersupplied power. Consequently, consumers and producers of electricity are stakeholders in improving the reliability of power supply. Improving the efficiency of agricultural production is connected with the uninterruptible power supply of agricultural consumers. The implementation of this task places high demands on the reliability of power supply, which currently remains low. Data disaster statistics indicate that 70-80% of all interruptions in the supply of agricultural consumers is due to faults in networks of 6-10 kV, and 90% of these injuries are accounted for the air line. In the complex of the actions directed at an increase in reliability of electricity supply has an important role in the development and improvement of tools to speed up the search of damage in aircraft electrical networks 6-10 kV. The usage of the remote control will reduce the time to resolve the emergency situation and will decrease the undersupply of electricity. The proposed method of controlling the false disconnection of a sectioning switch in the ring network line will allow solving the problem of increasing the reliability of power supply to consumers in the agro-industrial complex.