MUMBAI, India, Aug. 24 -- Intellectual Property India has published a patent application (202641098854 A) filed by Dr. Mohammed Abdul Rahman Uzair; Ch. Vasavi; Mr. Sabavath Bala Naik; Mr. Aderla Anjaiah; Mrs. Prashanthi Gopireddy; and Mr. B. Durga Naik on August 15, 2026, for A Comprehensive Framework For Grid-Tied Renewable Energy And Utility-Scale Storage Integration In High-Density Ev Charging Networks.
Inventors include Dr. Mohammed Abdul Rahman Uzair; Ch. Vasavi; Mr. Sabavath Bala Naik; Mr. Aderla Anjaiah; Mrs. Prashanthi Gopireddy; and Mr. B. Durga Naik.
The application for the patent was published on August 21, 2026, under issue no. 34/2026.
Abstract: The exponential adoption of both Light-Duty (LDV) and Heavy-Duty (HDV) Electric Vehicles across major global markets is projected to drive massive increases in energy consumption by 2030. This rapid electrification poses a significant challenge to existing power grid infrastructures. To mitigate grid congestion, reduce charging costs, and lower the carbon footprint of transportation, this paper proposes a comprehensive framework for a Renewable Energy (RE)-based Smart Charging Ecosystem. The proposed architecture seamlessly integrates grid-tied renewable sources—specifically solar PV (commercial and community) and wind power—with utility-scale energy storage systems (ESS). At the core of this ecosystem is a Virtual Power Plant (VPP) platform that leverages advanced communication networks and standardized protocols, such as OCPP, to connect Central System Management Software (CSMS) with distributed charging stations and user interfaces (EMSP). To ensure optimal operation, the framework employs an intelligent control strategy driven by Energy SCADA, real-time weather forecasting, and dynamic market signals. This intelligent controller dynamically balances the inherent mismatch between peak mid-day solar generation and variable load demands. By utilizing smart inverters and boosting transformers, the system effectively buffers intermittent renewable generation, allowing for strategic energy storage that capitalizes on fluctuating daily tariffs. Ultimately, this comprehensive VPP-driven approach not only guarantees grid stability and reliable power delivery for high-density EV networks but also enables active participation in energy markets and provides cost-optimized consumer services.
Disclaimer: Curated by HT Syndication.
