Get The Handbook of Lithium-Ion Battery Pack Design: Chemistry, PDF

By John T Warner

ISBN-10: 0128014563

ISBN-13: 9780128014561

The instruction manual of Lithium-Ion Battery Pack layout: Chemistry, parts, kinds and Terminology deals to the reader a transparent and concise rationalization of ways Li-ion batteries are designed from the viewpoint of a supervisor, revenues individual, product supervisor or access point engineer who's now not already knowledgeable in Li-ion battery layout. it's going to provide a layman’s rationalization of the heritage of auto electrification, what some of the terminology capacity, and the way to do a little easy calculations that may be utilized in opting for simple battery sizing, skill, voltage and effort. by way of the top of this e-book the reader has a superior knowing of all the terminology round Li-ion batteries and is ready to perform a little uncomplicated battery calculations.

The booklet is immensely necessary to starting and skilled engineer alike who're entering into the battery box. Li-ion batteries are probably the most precise structures in autos at the present time in that they mix a number of engineering disciplines, but so much engineering courses specialise in just a unmarried engineering box. This booklet provide you with a connection with the heritage, terminology and layout standards had to comprehend the Li-ion battery and to effectively lay out a brand new battery thought. even if you're an electric engineer, a mechanical engineer or a chemist this ebook is helping you greater delight in the inter-relationships among a number of the battery engineering fields which are required to appreciate the battery as an strength garage System.

  • Offers a simple clarification of battery terminology and permits higher realizing of batteries, their elements and the industry position.
  • Demonstrates basic battery scaling calculations in a simple to appreciate description of the formulation
  • Describes essentially a number of the parts of a Li-ion battery and their importance
  • Explains the variations among a variety of Li-ion mobilephone forms and chemistries and allows the choice which chemistry and mobilephone style is acceptable for which application
  • Outlines the diversities among battery varieties, e.g., strength vs power battery
  • Presents graphically diverse car configurations: BEV, PHEV, HEV
  • Includes short background of car electrification and its future

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

Example text

But this may not meet the current requirements of the overall system. Many PHEV and EV systems for instance may require sustained current draw of 30 A, 40 A or up to around 400 A depending on the application and the system design. So in order to achieve, for this example, a 90 A continuous current (89 A rounded up) you would need to either use a single 90 Ah cell, two 45 Ah cells in parallel or some other combination of lower Ah cells in a parallel configuration in order to achieve these targets.

In most cases this is adequate for the basic battery pack sizing exercise. Once you begin delving into the details of the operation of the pack, you can begin applying factors such as internal resistance, depth of discharge, state of charge, temperature, and other factors to accurately size and determine the end of life (EOL) of a battery system; but as our purpose here is to provide only a brief and simple overview we will focus only on the “basics”. s Z / Figure 5 Equivalent circuit model. 40 Chapter 4 Calculating the Number of Cells Needed The first thing we need to do is to figure out how many cells will be needed to meet the basic voltage and current requirements of the pack design.

Vehicle and Industry Terms To begin simply, the abbreviation EV generally refers to an Electric Vehicle (EV), a vehicle that is fully electrified with no internal combustion engine (ICE) whatsoever. All of the power that is provided is done through the electric battery, powering one or more electric motors to provide propulsion and power to all of the other systems on the vehicle. These are also sometimes referred to as battery electric vehicles (BEVs), both terms are used interchangeably. However, the same abbreviation EV is also used to mean Electrified Vehicles (EVs), which refers to vehicles with all forms of electric power support including microhybrids, hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs), and battery electric vehicles (BEVs).

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

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