Providing "seeds" of inspiration for readers as a collection of "x/z EV business materials."
This book is envisioned as a "business resource collection" that broadly addresses the business needs and supply (demand and supply) aspects related to x/z EVs and lithium-ion batteries, while considering recent trends. It is not intended for the author to present conclusions or provide direction. The goal is to gather the most recent data in numerical form as much as possible, organize it chronologically, and provide it as a reference for the readers' action plans. In the first half, the focus is on BEVs, PHEVs, and HEVs, organizing and presenting the different contents of x/z EVs by country. A list of the goals for the abolition of ICEs by 2030 or 2035 is provided according to these classifications. Next, the manufacturing and sales performance by country and region is summarized based on the most recent 12 months of numerical data available. The significant gap between these figures and the final targets appears to be a barrier that will hinder progress moving forward. The challenge of addressing this gap varies widely depending on the country and automobile manufacturers, leading to many competitive and collaborative relationships emerging. The major BEV models from various companies have moved beyond the development stage and are now entering a phase of performance improvement and the development of uniqueness. The driving performance of major models from the 2022-23 period is compared, and various issues related to charging systems and safety are addressed.
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Investigation and Writing: Hidetaka Sugawara Special Contribution: Koichi Iwama, Professor, Wako University, Faculty of Economics and Management Format: A4 Color Simple Binding, 346 Pages Publication Date: July 6, 2023 Chapter 1: Classification, Composition, and Choices of x/z EVs by Country Chapter 2: Goal Setting for the 2023/35 Stage (Countries and Regions) Chapter 3: Sales Figures for 2021/22 (BEV, PHEV, HEV, and ICE) Chapter 4: Estimation of x/z EV Numbers in the Final Stage (Population Method) Chapter 5: Major Automobile Manufacturers' Strategies for Phasing Out Internal Combustion Vehicles and Partnerships Chapter 6: Basic Characteristics and Recent Advances of x/z EV Battery Systems (Specific Capacity, Specific Power) Chapter 7: WLTC Driving Performance of x/z EVs and Comparisons (2023 Models) Chapter 8: Rapid Charging of BEVs and Load on Battery Systems (Heat Generation/Cooling) Chapter 9: Fire Incidents Involving BEVs and Preventive Measures (Safety Testing Standards, etc.) Chapter 10: Summary of the Situation Surrounding x/z EVs (Pros and Cons) Chapter 11: Related Materials Chapter 12: (Supplement) BEVs with All-Solid Lithium-Ion Batteries Chapter 13: (Special Contribution) Policy Trends Regarding Decarbonization and Automobiles
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90,000 yen Plus consumption tax
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P2
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P3
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For business, planning, technology, and research personnel.
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