DEVELOPMENT AND INTEGRATION OF SOFTWARE AND MECHATRONIC CONTROL SYSTEM FOR VEHICLE COOLING SYSTEMS

Vehicle cooling systems play a critical role in maintaining optimal engine operating temperatures, ensuring energy efficiency, reducing fuel consumption, and extending engine life. Traditional cooling systems mainly rely on mechanical thermostats and fixed-control strategies, which often fail to respond effectively to rapidly changing operating conditions. Recent developments in automotive mechatronics have enabled the integration of intelligent software-based control algorithms with electronic actuators, sensors, and communication systems, resulting in more efficient thermal management solutions. Research demonstrates that advanced mechatronic cooling systems can significantly improve temperature regulation accuracy while reducing auxiliary power consumption. (Wiley Online Library) This study focuses on the development and integration of a software-driven mechatronic control system for vehicle cooling applications. The proposed system combines temperature sensors, electronic control units (ECUs), PWM-controlled electric fans, and intelligent software algorithms to dynamically regulate coolant temperature under varying driving conditions. Mathematical modeling and simulation approaches are used to evaluate system performance. The research demonstrates that intelligent control strategies improve thermal stability, reduce temperature fluctuations, and enhance overall cooling efficiency compared to conventional cooling systems. (researchcitations.com)

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