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EX-703 (A) Hybrid &Electrical Vehicles Notes

5 notes for Hybrid &Electrical Vehicles, unit by unit.

Unit 1 · Short notes Introduction Conventional Vehicles: basics of vehicle performance, vehicle power‑source characterization, transmission characteristics, mathematical models to describe vehicle performance · Hybrid Electric Vehicles: history, social and environmental importance, impact of modern drivetrains on energy supplies
Unit 2 · Short notes Hybrid and Electric Drive‑trains Hybrid traction: basic concept of hybrid traction and hybrid drive‑train topologies · Power‑flow control in hybrid drive‑train topologies · Fuel‑efficiency analysis for hybrid drive‑trains · Electric traction: basic concept of electric traction and electric drive‑train topologies · Power‑flow control in electric drive‑train topologies · Fuel‑efficiency analysis for electric drive‑trains
Unit 3 · Short notes Energy Storage and Drive‑System Sizing Energy‑storage requirements in hybrid and electric vehicles · Battery‑based energy storage and its analysis · Fuel‑cell based energy storage and its analysis · Super‑capacitor based energy storage and its analysis · Flywheel‑based energy storage and its analysis · Hybridisation of different energy‑storage devices
Unit 4 · Short notes Energy Management Strategies and Case Studies Introduction to energy‑management strategies used in hybrid and electric vehicles · Classification of different energy‑management strategies · Comparison of different energy‑management strategies · Implementation issues of energy‑management strategies · Case study: design of a Hybrid Electric Vehicle (HEV) · Case study: design of a Battery Electric Vehicle (BEV)
EX-703-A Hybrid And Electrical Vehicles - Unit 5 Short Notes

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