采用软计算方法实现可再生能源技术驱动的智能电动汽车充电站

V. K, S. Sujitha, B. Stalin, D. Buvana, F. T. Josh, K. Vinodha, K. Ramya, R. Saravanakumar, D. Logeswaran
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引用次数: 1

摘要

本文概述了印度对电动汽车、充电站基础设施的潜在需求及其面临的挑战,以及生产、输电和配电的日益自由化和扩张。分布式和可再生电力的生产和分配,以及与能源分配和能源结构有关的市场过程。是随着性能和可靠性的提高而不断发展的主题。对现有能源市场中电动汽车的商业范围进行了相应参数的结构分析,并考虑了监管问题,以描述一个公司全球控制电动汽车充电和辅助网络服务提供的场景。实验结果验证了实验结果。
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Execution of smart electric vehicle charging station driven by RE technology using soft computing approach
This paper outlines potential demand for electric vehicles, charging station infrastructure and its challenges for the India scenario, as well as the increasing liberalization and expansion of production, transmission and distribution. Distributed and renewable electricity generation and distribution, as well as market processes related to energy allocation and energy mix. is the subject of evolutionary development with improved performance and reliability. Structural analysis of respective parameters was performed for the commercial scope of electric vehicles in the existing energy market and regulatory concerns are taken into account to describe a scenario in which a company global control of electric vehicle charging and service provision of ancillary networks. Experimental results show confirmatory results.
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