Optimization of Industrial Power Systems through Automated Humidity and Temperature Surveillance based on PLC and SCADA

Abstract

The typical textile industry ventilation system has drawbacks such manual humidity and temperature control, a limited level of automation, and information management that is comparatively error-prone. This study designs a novel humidity and heat surveillance system, which utilizes PLC and SCADA to meet information control requirements of contemporary textiles. Numerous businesses use sequential industrial processes that are unique in nature. Due to changes in the nature of manufacturing, industries must rely on the employment of relays, stepping drums, timers, and controls; nevertheless, reprogramming these devices can be quite challenging. A redesign is frequently necessary if the entire system needs to be abandoned. PLC control systems were introduced as a solution to these issues. Automation technology used nowadays typically uses computer assisted automation.