Electric Vehicle: Components, Charging Infrastructure and Grid Integration Solutions | Design of Charging Stations with Sustainable Energy Sources and Battery Storage Systems | Lecture 36

This lecture focuses on the design and architecture of Electric Vehicle Charging Stations (EVCS) with sustainable energy integration. It covers EV charger configurations, power-conversion stages, bidirectional charging, and the integration of solar PV, wind energy, battery energy storage systems (BESS), and Energy Management Systems (EMS).

The lecture discusses AC/DC charging, V2G, V2B, V2H and V2V power-flow modes, along with bidirectional charger architecture and smart charging-station operation. It also introduces important IEC, ISO, IEEE and Indian standards and guidelines for EV charging infrastructure.
The lecture further explains sustainable EV charging using PV, wind and BESS, including AC-coupled and DC-coupled PV architectures, hybrid renewable integration, and the role of EMS in efficient energy management.
Topics Covered

EV Charging Station Architecture
AC and DC Charging Systems
Functional Blocks of EV Chargers
Bidirectional Charging
G2V, V2G, V2B, V2H and V2V
Bidirectional Charger Architecture
Smart Charging and Energy Management System
PV and Wind Energy Integration
Battery Energy Storage Systems (BESS)
AC-Coupled and DC-Coupled PV Systems
Sustainable EV Charging Stations
EV Charging Standards and Codes
Indian Standards and Guidelines
Renewable-Powered EV Charging Infrastructure
Applications of EV Charging in Smart Grids

Who Should Watch?

B.Tech. and M.Tech. students
Electric Vehicle learners
Power Electronics and Electric Drive students
Renewable Energy enthusiasts
GATE and ESE aspirants
Researchers and engineers working on EV charging and grid integration

Recommended References

IEC 61851 Series – Electric Vehicle Conductive Charging System.

ISO 15118 Series – Road Vehicles: Vehicle-to-Grid Communication Interface.

NITI Aayog & BEE, Handbook for EV Charging Infrastructure Implementation, 2023.

IEA, Global EV Outlook 2024.

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