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市場調查報告書

最新xEV電池組

Battery Packs of Modern xEVs Report

出版商 Total Battery Consulting 商品編碼 356296
出版日期 內容資訊 英文
商品交期: 最快1-2個工作天內
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最新xEV電池組 Battery Packs of Modern xEVs Report
出版日期: 2017年06月30日 內容資訊: 英文
簡介

本報告提供最新的電動車 (xEV) 的電池組技術的市場調查,ESS定義和概要,必要條件、規格,產品開發計劃,各EV種類的電池組技術趨勢,各車種的檢討,充電系統趨勢等彙整資料。

第1章 xEV電池系統:主要的設計屬性

  • ESS定義
  • ESS的必要條件、規格
  • ESS的設計
  • ESS的驗證
  • ESS的整合
  • ESS:電池壽命
  • ESS:電池的安全性
  • ESS:安全性
  • ESS:產品開發計劃

第2章 EV用電池組

  • 對象EV
  • EV用電池組:分析
  • 量產EV的個別檢討

第3章 PHEV用電池組

  • 對象PHEV
  • PHEV用電池組:分析
  • 量產EV的個別檢討

第4章 HEV用電池組

  • 對象HEV
  • HEV用電池組:分析
  • 量產EV的個別檢討

第5章 EV/PHEV的充電系統

  • 充電系統:概要
  • 充電規格
  • 充電的應用利用
  • 量產EV趨勢

本網頁內容可能與最新版本有所差異。詳細情況請與我們聯繫。

目錄

This expansive report provides an analysis of the battery-pack technology used in over 100 of the most recent xEVs, and includes the following topics:

  • Cell supplier
  • Cell chemistry
  • Cell key characteristic
  • Cell arrangement in the pack
  • Battery integrator
  • Battery key characteristic
  • Cooling
  • Battery management
  • Battery location in the vehicle
  • Battery and vehicle special characteristic
  • And more


A detailed reference book including all you need to know about the latest xEVs' battery packs and the direction of the industry.

  • Automotive Energy-Storage System Engineering
    • Cells Modules
    • Electrical subsystems
    • Mechanical subsystems
    • Thermal subsystems
    • Battery Management System (BMS)
    • Development process
    • Testing & validation
  • EV battery-pack technology
    • Overview
    • Review of key parameters
    • Pack and cell technology of 22 key vehicles
  • PHEV battery-pack technology
    • Overview
    • Review of key parameters
    • Pack and cell technology of 25 key vehicles
  • HEV battery-pack technology
    • Overview
    • Review of key parameters
    • Pack and cell technology of 65 vehicles

Benefits

Automakers:

  • Consult the Report's comprehensive review of the battery-pack technology used in current xEVs to guide your future work.

Battery producers:

  • Gain insights into the trends of automotive battery-pack technology.

Component and subsystem producers:

  • Learn about automotive energy-storage system and subsystem design trends and individual cell and pack producers.

Corporate and financial investors:

  • Use this all-inclusive assessment of battery-pack technology to sharpen your investment decisions.

About the author:

Kevin R. Konecky

Mr. Konecky brings over 20 years of xEV experience to his work, having worked on multiple complex designs for battery system development, charging system integration, and high-voltage powertrain integration. Projects cover a wide array of OEM and Tier-One companies (including GM, BMW, Daimler, Chrysler, Fisker, Chinese stealth OEM, Denso, Flex, EnerDel, Cobasys, Boston-Power and others). He is skilled at new product design and development, product testing, product safety, integration of multiple sub-systems for vehicles, new product launches and has expanded his skillset beyond batteries into power electronics. His experience in batteries includes multiple technologies (Li Ion, NiMH, UltraCapacitors, Lead-Acid).

Table of Contents

1. xEV Battery System Key Design Attributes

  • a. ESS Definition
  • b. ESS Requirements & Specifications Derivation
  • c. ESS Design
  • d. ESS Validation
  • e. ESS Integration
  • f. ESS Battery Life
  • g. ESS Cell Safety
  • h. ESS Safety
  • i. ESS Product Development Plan

2. Battery Packs for EVs

  • a. EVs discussed in this section
  • b. Battery packs for EVs - Analysis
  • c. Vehicle-specific review for production EVs

3. Battery Packs for PHEVs

  • a. PHEVs discussed in this section
  • b. Battery packs for PHEVs - Analysis
  • c. Vehicle-specific review for production PHEVs

4. Battery Packs for HEVs

  • a. HEVs discussed in this section
  • b. Battery packs for HEVs - Analysis
  • c. Vehicle-specific review for production HEVs

5. Charging Systems of EV/PHEVs

  • a. Charging systems overview
  • b. Charging standards
  • c. Application usage of charging
  • d. Vehicle trends for production EVs
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