By Iqbal Husain
Very educational. loads of electric idea now not a lot useful recommendation for construction an EV. The ebook is designed for college scholars i believe.
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Extra info for Electric and Hybrid Vehicles: Design Fundamentals
1 (a) Fixed coordinate system. (b) Roadway on the fixed coordinate system. tractive force, FTR. Once the force requirement is defined, one would proceed to calculate the power and energy required for a vehicle under consideration. The emphasis of study in this book is on the broad design goals, such as finding the power and energy requirements and predicting the range for a given energy source, thereby maintaining a top-level perspective. The design details of a subsystem are beyond the scope of this book, and readers are referred to the literature of the respective areas for further details.
There are also EVs that run on tracks for material haulage in mines. There is potential for EV use for construction vehicles. The locomotives that run on tracks with electricity supplied from transmission lines are theoretically no different from other EVs, the major difference being in the way energy is fed for the propulsion motors. Motivated by the growing concern about global pollution and the success of electric motor driven transportation in various areas, the interest is ever increasing for road EVs that can deliver the performance of ICEV counterparts.
Based on 1990 Impact displayed at the Los Angeles auto show b. Two-passenger, two-door coupe, street legal and safe c. Initially, 12 built for testing; 50 built by 1995 to be evaluated by 1000 potential customers d. System and characteristics: i. Motor—one, three-phase induction motor; 137 hp; 12,000 rev/m ii. Battery pack—lead-acid (26), 12 V batteries connected in series (312 V), 869 lb iii. Motor drive—DC-to-AC inverter using insulated gate bipolar transistors (IGBTs) iv. Top speed—75 mph v.