1. Execution of battery charging for electric vehicles using five level methods
- Author
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UTKARSH KULSHRESTHA, BHAVANA YC, SARTHAK DAS, SHASHIDHAR P H, Anirudh Ks, Nayrah M A, SHRIYA REDDY K, NISCHAL DINESH, Divyashree N, Gunapriya Balan, Chitra S, Balaji R, Jaffer Sadiq, MANOJ KUMAR M B, Punith Y, Sameer Shaik, AKSHAY V, DEEKSHITH MORE, VANDANA R, Niranjan C, Mahan HS, MEGHANA N T, RACHANA R, V SHARON, Sai Hemanth Reddy K, Siddhartha Sunil Singh, HARISHA S N, Vikramaadhitya Kota, Dr VINOTH KUMAR K, Manjunath Naik, Sai Raghuram Amogh Maruvada, Venkan Gouda, Manojkumar Biradar, Varun Sham Kumar K S, RACHNA PALLI, and ALLEN HARISH
- Subjects
Battery (electricity) ,Scheme (programming language) ,050210 logistics & transportation ,Computer science ,business.industry ,020209 energy ,05 social sciences ,02 engineering and technology ,law.invention ,Matrix (mathematics) ,Capacitor ,Microcontroller ,Software ,State of charge ,Work (electrical) ,law ,0502 economics and business ,0202 electrical engineering, electronic engineering, information engineering ,business ,computer ,Simulation ,computer.programming_language - Abstract
This paper shows a charging scheme for electric vehicles that would be faster, effective, and reliable than the existing system. This work proposed the method of changing the current parameters at discrete intervals dependent on the battery’s using the five-level battery charging method. To validate the results and design technique, the proposed work is executed by Matrix Laboratory, the obtained output results were extremely gratifying. Further motivated to build a practical working model and verify it with the obtained software values. Both the results were convincing and confirmed to be much faster than the existing schemes.
- Published
- 2021
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