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@article{170407,
        author = {Arpit Sanjay Badhe and Prof. T. Y. Kharche and Vikas Sudhakar Sapkal and Aniket Vijay Phirke and Ganesh Vasudeo Kakde and Vijay Kumar Devrao Dokhale},
        title = {Automated Protection And Control System In Induction Motor},
        journal = {International Journal of Innovative Research in Technology},
        year = {2024},
        volume = {11},
        number = {7},
        pages = {429-434},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=170407},
        abstract = {Induction motors are used considerably domestically and industrially because of their ruggedness, low cost, ease of operation. On the other hand, they operate efficiently but demand high- position control and protection systems for dependable performance and safe operation. The principles and perpetration of control and protection systems for induction motors are bandied with respect to speed control, necklace control, fault discovery and forbearance, tackle- in- the- circle simulation (HILS), etc. Different control strategies like scalar and vector control ways are bandied, emphasizing the use of these styles in controlling the motor like a good performance at different cargo conditions. It's also studied the objectification of protection systems(overcurrent protection, thermal protection and phase- failure discovery) to avoid motor failures and increase its functional life.
It also explores the ultramodern technologies like microcontrollers grounded monitoring for the motor control and protection progress as well. With the help of these technologies, real- time monitoring and prophetic conservation can be fulfilled along with remote fault diagnostics making them a great improvement in effectiveness. In the end it concludes with some imperative directions and unborn trends making inductive motor intelligence systems an investment strategy in itself.
This review paper begins by furnishing a foundational understanding of the induction motor, exploring its abecedarian principles, literal development, and crucial characteristics. latterly, it delves into a comprehensive disquisition of motor speed control ways grounded on optimization algorithms. Through a relative analysis, the strengths, limitations, and implicit operations of optimization- grounded control styles are illustrated, aiming to enhance the performance and effectiveness of induction motors across different artificial and marketable settings. First, this exploration aims to deliver a deep sapience into the crucial features of machine control and protection in induction motors for better artificial robotization results.},
        keywords = {Induction Motor, Automation, Protection, Control, Microcontroller, Fault Detection, Real Time Control.},
        month = {December},
        }