报告链接：http://www.bimarket.cn/Report/ReportInfo.aspx?Id=23455
After decades of expensive development and false starts, the world is finally ready for electric vehicles. As defined by this report, the term “electric vehicles” includes commercial approaches such as pure battery-powered vehicles, plug-in hybrids, hybrid internal combustion/battery, range extending, and fuel cell vehicles, as well as vehicles powered by developmental power sources such as supercapacitors and flywheel-powered. In addition to cars and trucks, this report considers motorcycles, scooters, buses, neighborhood electric vehicles, military vehicles and locomotives.
This report details the actuals for 2009 and 2013, and compound annual growth rate (CAGR) projections for 2014 through 2019 for the North American, European, Far Eastern and Rest-of-World markets. Power source sales and values are provided under consensus, optimistic and pessimistic scenarios. A patent analysis and discussion for power sources and vehicle components describes where research is performed and emphasizes intellectual property issues.
Table Of Contents
Chapter 1 - Introduction
Study Goals And Objectives
Reasons For Doing The Study
Intended Audience
Scope Of Report
Methodology
Information Sources
Analyst's Credentials
Related Bcc Research Reports
Bcc Research Website
Disclaimer
Chapter 2 - Summary
Summary Table 1 Electric Vehicle Value By Configuration, Through 2019 (Consensus Scenario) ($ Millions)
Summary Figure 1 Time Versus Value Ev Value By Configuration, 2009-2019 ($ Millions)
Summary Table 2 Electric Vehicle Shipments By Configuration, Through 2019 (Consensus Scenario) (1,000 Units)
Summary Figure 2 Ev Shipments 2014, By Configuration (%)
Chapter 3 - Industry Structure
Industry Structure: Overview
Overview: Types Of Power Sources
Internal Combustion Power Sources
Battery Power Sources
Fuel Cell Power Sources
Exotic Power Sources
Hybrid Power Sources
Overview: Vehicle Types
Table 1: Electric Vehicle Types
Industry Structure: Market Trends
Government Involvement
Pollution Abatement
Table 2: Projected Annual Greenhouse Gas Emissions Reductions From Phevs In 2050 (Million Mt)
Table 3: Peak New Vehicle Market Share In 2050 For The Three Phev Adoption Scenarios (%)
Electric Utility Efficiency
Promotion Of Domestic Energy Sources
Maintaining Technological Competitiveness Through Subsidies And Incentives
U.S. And State Ev Battery Incentives And Subsidies
U.S. And State Ev Fuel Cell Incentives And Subsidies
"Ev Everywhere Grand Challenge"
Table 4: "Ev Everywhere Grand Challenge"
Canadian Ev Battery And Fuel Cell Incentives And Subsidies
Chinese Ev Battery And Fuel Cell Incentives And Subsidies
Indian Ev Battery And Fuel Cell Incentives And Subsidies
Japanese Ev Battery And Fuel Cell Incentives And Subsidies
European Ev Battery And Fuel Cell Incentives And Subsidies
Indirect Incentives For Evs
Cafe And Other Fuel Efficiency Standards
Carbon Taxes
Table 5: International Carbon Tax Status
U.S. Federal And State Fuel Tax Scenarios And Their Impact On Power Sources
Table 6: Current Federal Motor Fuel Tax Rates
Table 7: Current State Motor Fuel Tax Rates (Cents Per Gallon)
Hev And Ev Battery Safety Issues
Lithium-Ion Battery Stability Issues
Market Drivers
Passenger Vehicle Market Drivers
Low-Velocity Vehicle Market Drivers
Scooter Market Drivers
Bus Market Drivers
Commercial/Industrial Vehicle Market Drivers
Niche Vehicle Market Drivers
Hev Market Drivers
Phev Market Drivers
Pure Ev Market Drivers
Battery-Powered Vehicle Market Drivers
Market Drivers Summary
Table 8: Vehicle Market Drivers
Table 9: Configuration Market Drivers
Basis For Forecast Scenarios
Table 10: Comparison Of Consensus, Optimistic And Pessimistic Scenarios
Pricing Trends
Ev, Phev And Hev Pricing Model
Table 11: Price Survey By Configuration
Table 12: Price Survey By Specific 2014 Evs And Phevs
Hev Battery Pricing Model
Ev Battery Pricing Model
Industry Structure: Market Organization
Leading Electric Vehicle Makers
Table 13: Fuel Cell Vehicles, Hev, Phev And Pure Ev Automakers
Industry Structure: Patent Tension
The History Of The Nickel Metal Hydride Ev Battery Intellectual Property Suite
University Of Texas, Hydro Québec, Ntt And Others
Valence Versus Phostech Lithium And Hydro-Quebec
3m, Sony, Lenovo And Panasonic
An Exception: Tesla's Ev Battery Portfolio Goes "Open Source"
Fuel Cell Patent Disputes And Issues
Industry Structure: Globalization
Global Market Forces
Table 14: Regional Market Forces And Constraints
Chapter 4 - Vehicles
Vehicle Markets By Type
Passenger Vehicles
Passenger Vehicle Companies
Table 15: Electric Passenger Vehicle Makers
Passenger Vehicle Market Summary
Table 16: Passenger Vehicle Market Drivers
Table 17: Consensus, Optimistic And Pessimistic Passenger Vehicle Scenarios
Table 18: Total Global Passenger Ev Market By Power Source Used, Through 2019 (Consensus Scenario) ($ Millions)
Table 19: Total Global Passenger Ev Market By Type Used, Through 2019 (Consensus Scenario) (1,000 Units)
Table 20: Total Global Passenger Ev Market By Type Used, Through 2019 (Optimistic Scenario) ($ Millions)
Table 21: Total Global Passenger Ev Market By Type Used, Through 2019 (Optimistic Scenario) (1,000 Units)
Table 23: Total Global Passenger Ev Market By Type Used, Through 2019 (Pessimistic Scenario) (1,000 Units)
Table 24: Total Global Passenger Ev Market By Configuration, Through 2019 (Consensus Scenario) ($ Millions)
Table 25: Total Global Passenger Ev Market By Type Used, Through 2019 (Consensus Scenario) (1,000 Units)
Table 26: Total Global Passenger Ev Market By Type Used, Through 2019 (Optimistic Scenario) ($ Millions)
Table 27: Total Global Passenger Ev Market By Type Used, Through 2019 (Optimistic Scenario) (1,000 Units)
Table 28: Total Global Passenger Ev Market By Configuration, Through 2019 (Pessimistic Scenario) ($ Millions)
Table 29: Total Global Passenger Ev Market By Type Used, Through 2019 (Pessimistic Scenario) (1,000 Units)
Low-Velocity Vehicles
Low-Velocity Vehicle Companies
Table 30: Electric Low-Velocity Vehicle Makers
Low-Velocity Vehicle Market Summary
Table 31: Low-Velocity Vehicle Market Drivers
Table 32: Consensus, Optimistic And Pessimistic Low-Velocity Vehicle Scenarios
Table 33: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Consensus Scenario) ($ Millions)
Table 34: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Consensus Scenario) (1,000 Units)
Table 35: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Optimistic Scenario) ($ Millions)
Table 36: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Optimistic Scenario) (1,000 Units)
Table 37: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Pessimistic Scenario) ($ Millions)
Table 38: Total Global Low-Velocity Vehicle Ev Market By Power Source Used, Through 2019 (Pessimistic Scenario) (1,000 Units)
Table 39: Total Global Low-Velocity Vehicle Ev Market By Configuration, Through 2019 (Consensus Scenario) ($ Millions)
Table 40: Total Global Low-Velocity Vehicle Ev Market By Configuration, Through 2019 (Consensus Scenario) (1,000 Units)
报告链接：http://www.bimarket.cn/Report/ReportInfo.aspx?Id=23455