最新型xEV (電気自動車／ハイブリッド車) 向けバッテリーパックの分析

当レポートでは、最新の電気自動車／ハイブリッド車 (xEV) 向けバッテリーパック技術の市場を調査し、ESS (エネルギーストレージシステム) の定義と概要、要件・仕様、製品開発計画、製品区分別 (EV／PHEV／HEV) のバッテリーパック技術の動向、車種別のレビュー、充電システムの動向、といった情報を取りまとめてお届けいたします。

第1章 xEV電池システム：主な設計属性

• ESS (電力貯蔵システム) の定義
• ESSの要件
• ESSの設計
• ESSのバリデーション (検証)
• ESSの統合
• ESS：電池寿命
• ESS：電池の安全性
• ESS：安全性
• ESS：製品開発

第2章 電気自動車 (EV) 向けバッテリーパック

• 分析対象のEV
• EV向けバッテリーパック：分析
• 量産型EVの個別レビュー
  • 米国車／欧州車／日本車／韓国車
  • 中国車

第3章 プラグインハイブリッド車 (PHEV) 向けバッテリーパック

• 分析対象のPHEV
• PHEV向けバッテリーパック：分析
• 量産型PHEVの個別レビュー
  • 米国車／欧州車／日本車／韓国車
  • 中国車

第2章 ハイブリッド車 (HEV) 向けバッテリーパック

• 分析対象のHEV
• HEV向けバッテリーパック：分析
• 量産型HEVの個別レビュー

第5章 EV/PHEVの充電システム

• 充電システム：概要
• 充電規格
• 充電の利用動向：目的別
• 量産型EVの市場動向

This expansive report provides an analysis of the bat-tery-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.

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

I. xEV Battery System Key Design Attributes

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

II. Battery Packs for EVs

• a. EVs discussed in this section
• b. Battery packs for EVs - Analysis
• c. Vehicle-specific review for production EVs
  • US/EU/JP/KR vehicles
  • Chinese vehicles

III. Battery Packs for PHEVs

• a. PHEVs discussed in this section
• b. Battery packs for PHEVs - Analysis
• c. Vehicle-specific review for production PHEVs
  • US/EU/JP/KR vehicles
  • Chinese vehicles

IV. Battery Packs for HEVs

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

V. Charging Systems of EV/PHEVs

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