Assessing The Development of an Automated Fan Control System

Abstract

In today's world, automation is necessary for efficient and responsive systems. Automated systems provide significant benefits such as increased productivity and reduced human error, making them increasingly important across various industries. The development of an automated fan control system addressed the limitations of the existing manual fan. Manual fan control often leads to energy waste, insufficient comfort, and higher operating costs. This study aimed to address this gap by developing and implementing an automated fan control system that correctly maintained and optimized temperature, convenience, and reduced energy usage. The automated system was designed for real-time monitoring, utilizing advanced algorithms to control fan operations based on detected human movement and real-time conditions. The results showed that respondents assessed the acceptability of the automated fan control system (AFCS) using the Technology Acceptance Model (TAM). The results from the study provided strong suggestions to adopt and implement automated fan control systems to enhance environmental sustainability and user satisfaction.