Electrical Vehicles Engergy Balance Optimization Techniques Zq Method (Paperback) (ISBN-13: 9798868978319)

Electrical Vehicles Energy Balance Optimization Techniques: ZQ Method," written by Prakash Gupta, takes a ground-breaking step toward changing the energy management of electric vehicles in a time driven by sustainable mobility. For engineers, researchers, and anybody who is interested in improving the sustainability and efficiency of electric mobility, this book is a priceless resource. Expert in the area Prakash Gupta explores the fundamental ideas and real-world uses of energy balance optimization methods, concentrating on the ground-breaking ZQ Method. These methods represent a significant turning point in the development of electric mobility by improving the efficiency, performance, and total range of electric vehicles. Important characteristics: - A thorough analysis of the prospects and problems in the field of energy management for electric vehicles, with a focus on ZQ Method optimization.- Up-to-date information on the newest developments in battery technology, sustainable mobility, and energy efficiency.- Case studies and useful applications from the real world that demonstrate how energy balance optimization for electric vehicles may have a revolutionary impact.- An ambitious plan for the future of electric mobility that focuses on enhancing performance, range, and energy efficiency. In the constantly changing field of electric mobility, "Electrical Vehicles Energy Balance Optimization Techniques: ZQ Method" makes a significant contribution by bridging the theory-practice gap. For individuals who are influencing the development of sustainable and effective electric vehicles, Prakash Gupta's book is a must-read since it equips readers with the information and resources they need to improve the future of transportation.

Author: Prakash Gupta
ISBN-10: 8868978318
ISBN-13: 9798868978319
Publisher: Lifejacket
Language: English
Published: 11/05/2023
Pages: 142
Format: Paperback
Weight: 0.44lbs
Size: 9.00h x 6.00w x 0.30d