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Smart Sunroof Control System:

Enhancing Automotive Vehicle Safety and Efficiency with BLDC Motor Technology

 Authors:

Prof. Vaibhav V. Khandare

Department of Electronics & Telecommunication, KIT’s College of Engineering Kolhapur Maharashtra, India

Anushree Kokitkar, Shradha Mohite, Samrudhi Patole Ug Students, Department of Electronics & Telecommunication, KIT’s College of Engineering Kolhapur Maharashtra, India.

ABSTRACT: This study investigates the enhanced application of BLDC motors in automotive sunroof control systems. Motor selection, control strategies, sensor integration, and their impacts on system performance and user satisfaction are all included in the study. This study aims to demonstrate the improved performance of BLDC-powered sunroofs over traditional systems in terms of speed, accuracy, dependability, and energy efficiency through analysis and case studies. In order to increase system resilience and durability, the study also addresses problems with noise, vibration, and thermal management. Additionally, the research explores the use of sophisticated control algorithms to refine motor performance and adapt to varying environmental conditions, ensuring a seamless operation of the sunroof. By offering insights into the design and optimization of BLDC-driven sunroof control systems, the findings advance automotive technology and open the door to improved vehicle comfort, safety, and energy economy.