The Handbook of Lithium-Ion Battery Pack Design: Chemistry, Components, Types and Terminology

Download The Handbook of Lithium-Ion Battery Pack Design: Chemistry, Components, Types and Terminology PDF EPUB

The Handbook of Lithium-Ion BATTERY POWER Design: Chemistry, Parts, Types and Terminology presents to the reader a obvious and concise description of how Li-ion electric batteries were created from the perspective of a supervisor, sales rep, product manager or basic level engineer who’s not already a specialist in Li-ion battery style.

• Provides an easy description of electric battery terminology and allows better knowledge of batteries, their elements and the marketplace place. Li-ion electric batteries are probably the most exclusive systems in automobiles today for the reason that they combine multiple engineering disciplines, however most engineering programs concentrate on only an individual engineering field. Whether you are a power engineer, a mechanical engineer or a chemist this publication helps you better value the inter-relationships between your various battery engineering areas that must understand the electric battery as a power Storage Program. By the end of the book the reader includes a solid understanding of all the terminology around Li-ion electric batteries and can do some simple electric battery calculations. This book gives you a reference to the annals, terminology and design requirements had a need to understand the Li-ion electric battery and to effectively lay out a fresh battery idea.

  The reserve is immensely beneficial to starting and experienced engineer as well who are getting into the electric battery field. It will provide a layman’s description of the annals of automobile electrification, what the many terminology means, and how exactly to do some basic calculations which you can use in determining basic electric battery sizing, capability, voltage and energy.

• Demonstrates simple electric battery scaling calculations within an easy to understand explanation of the formulas
• Describes clearly the many the different parts of a Li-ion electric battery and their importance
• Explains the variations between various Li-ion cellular types and chemistries and allows the dedication which chemistry and cellular type is appropriate that program
• Outlines the distinctions between battery types, electronic.g., power versus energy electric battery
• Presents graphically different automobile configurations: BEV, PHEV, HEV
• Includes brief background of automobile electrification and its potential

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