DESIGN OF A TEMPERATURE STABILIZATION HEATING CONTROL SYSTEM IN INDUSTRY

Electrical

This study presents the design and implementation of a heating control system to maintain stable temperature in industrial applications, specifically in poultry farming environments. The system utilizes a Mitsubishi Q03UDCPU PLC combined with temperature sensors, analog modules, and solid-state relays (SSR) for temperature measurement and control. A PID control algorithm is applied to improve accuracy, minimize steady-state error, and enhance system response. The system model is identified using experimental methods, allowing appropriate controller parameters to be determined. Simulation and experimental results demonstrate that the system can maintain stable temperature, reduce energy consumption, and improve farming efficiency. This research contributes to the application of automation technology in agriculture and suggests future development directions with IoT integration for remote monitoring and control. Keywords: Heating system, Temperature stabilization, PID controller, Mitsubishi Q03UDCPU PLC, Automatic control, Poultry farming, Solid-state relay (SSR).

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