- Published: December 2011
Future Strategy for Electric Vehicle, Battery, and Charging Infrastructure by Japanese Players - Technology Roadmap, Policy, Market Forecasts, Market Environment Analysis
- Published: May 2010
- Region: Japan
- 30 Pages
- Yonku & Kenkyu
This report analyzes future market strategies for Electric and Hybrid Vehicles, Charging Infrastructure, and Batteries developed by Japanese players over the next decade, and highlights the strategic insights and implications for global market participants. The report examined market environment, global auto market trends, energy and environmental issues from the perspective of Japanese players. It includes strategic formation with various technological aspects and market forecasts for each vehicle type, identifies critical factors impacting on demand, and outlines the key strategic roadmaps by the market segment.
Japanese companies and government are positioning themselves as the market leader in EV and relevant markets. All Japanese auto-makers are successively introducing EV and Hybrid Cars: Mitsubishi i-MiEV and Nissan Leaf; Battery Technology: Toshiba's SCiB (Super Charge Ion Battery), and value chains in myriad Chemical and Electric Companies for Charging and EV Electro-Mechanics Components. In addition, Japan has been outpacing other countries in terms of market implementation trials, for instance, Tsukuba City Solar-to-Electric Test Project formed by Mazda, EnerDel, etc. As such, Japan has been aiming to lead global EV, Charging Infra Structure, and Battery markets by integrating their existing technological advancements.
The publisher examined detailed strategic and technological implications created by Japanese players. The report helps identify strategic factors critically impacting on global markets and learn future market direction in electric vehicles arena. The report also suggests a competitive service positioning concept and factors to boost EV adoption and EV Charging Infrastructure learned from current deployment cases in Japan.
- What Questions Does this Report Answer?
- What are the key factors impacting on Auto Markets for Electric Vehicles?
- What is the strategic formation for EV, Battery and Charging Infrastructure devised by Japanese market players?
- What are product strategies in Japanese players?
- What are the EV technological aspects and development structure based on Japanese players?
- How does Japan create technological roadmaps for EV, Battery, and new product line-up?
- What are the forecast result and market uptake goals in Japan by 2020 and beyond?
- What are the impacts on global markets and strategic implications from Japan? SHOW LESS READ MORE >
1. Executive Summary
2. Market Environment
2.1. Market Competitiveness
2.2. Global Financial Crisis and Impact on Auto Market
2.3. Energy Issues
2.4. Environmental Issues
2.5. Strategic Implications
2.6. Global EV Market Overview by Japan
2.7. BRICs and China Market
2.8. Japanese Growth Strategy
3. Strategic Formation by Japan
3.1. Why Eco Car?
3.2. Diversified Technology Options
3.3. Parallel Approach for ICE and EV
3.4. Policy for Existing ICE Vehicles
3.5. Bio and Clean Diesel Car
3.6. Battery Development Roadmap
3.7. Charging Infrastructure Plans and Outlook
4. Strategic Scope for EV and Charging Infrastructures by Japan
4.1. Overall Strategic Direction
4.2. Battery Strategy
4.3. Resource and Material Strategy
4.4. Charging Infrastructure Strategy
4.5. Systems Integration Strategy
4.6. Standardization Strategy
5. Market Forecasts
5.2. Hybrid Vehicles
5.3. Clean Diesel Vehicles
5.4. Battery Markets
5.5. Charging Infrastructure
5.6. Japanese Government Policy for Market Uptake
List of Chats:
Chart 1 Global Market Environment by emerging markets, Japan, Europe and The U.S. - Market Size and Changed Factors
Chart 2 Market Positioning for EV, Hybrid, and Clean Diesel
Chart 3 Strategic Alliance formed by Japan and Global Companies for Battery-EV
Chart 4 Charging Infrastructures Classification and Technological Barriers in Japan
- Electric Vehicle
- Hybrid Cars
- Clean Diesel Cars
- Charging Infrastructure
- Battery for EV