Diseño de un algoritmo de control utilizando redes inalámbricas para la Central Agoyán.

Abstract

The design of a control algorithm using wireless networks was made for the Agoyán plant located in the Baños canton of Tungurahua province. The control algorithm is simulated by means of the experimental method, using mathematical software to verify that the controller is efficient and adapts to the physical conditions improving the current movements of the machine. The short headroom trolley improves set-up time to 1.99x10 5 sec, the crane hooks of 150 and 15T are improved by 7.09x10 7 sec and 1.62x10 7 sec respectively. A wireless network as a means of transmission of the control signal is proposed with equipment that is installed on the main floor, covering the area of 40x17 m which is the working surface of the crane bridge located at a height of 5m. The study of the effect on the signal of the wireless network is presented, due to the existing disturbances resulting in a value of 17.258 dB. The controller improves the precision of the movements in the transport, assembly and disassembly of the generating units of electricity. It is recommended that technicians calibrate the controller when equipment is installed because physical evidence is required.