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Electric and Hybrid-Electric Vehicle Components
Batteries, Ultracapacitors, Electric Motors, and the Electronics that Improve Vehicle Efficiency
Research Report
- Pages
- 66
- Deliverables
-



- Released
- 1Q 2012
- Product Code
- RR-HEVCPT-11
- Price
- Login
In 2011, the first plug-in hybrid electric vehicles (PHEVs) went into production to add greater electric-only drive range to the steadily growing popularity of the hybrid assist vehicle. Large lithium-ion battery production facilities came online in a number of countries around the world to support the anticipated demand fueled in many countries by generous subsidies and tax benefits. Continued demand for cleaner, more efficient vehicles, led by governments dealing with goals to cut emissions, means that financial incentives will be around for a long time. A public recharging infrastructure is also developing rapidly in urban areas, which are being targeted as prime regions for electric vehicle adoption. The main obstacle to rapid market growth is high cost. Alternative technologies such as hydraulic hybrid drive, ultracapacitors, and flywheel energy storage continue development and testing in niche applications, but it seems that the battery-electric solution will be the recipient of the majority of the production investment during the forecast period. This study focuses on the three major components that are responsible for the high prices of PHEVs: power electronics, electric traction motors, and most importantly, the battery packs. The forecast period is 2010 to 2020.
What Questions Does This Report Answer?
- How will the market for hybrid and electric vehicle components develop over the forecast period?
- Which regions offer the greatest market potential for hybrid and electric vehicle components?
- How are governmental incentives supporting the development and ownership of hybrid and electric vehicles?
- Which companies make strategic components for hybrid and electric vehicles?
- How are component costs going to change over the forecast period?
- What is the outlook for batteries for hybrid and electric vehicles?
- What is the outlook for electric motors for hybrid and electric vehicles?
- What is the outlook for power electronics for hybrid and electric vehicles?
Who Needs This Report?
- Automakers
- Auto dealers
- Automotive fleet administrators
- Battery makers
- Commercial vehicle component manufacturers
- Commercial vehicle manufacturers
- Electrical utilities
- Electric vehicle component manufacturers
- Electric vehicle manufacturers
- Fleet managers
- Government transportation agencies
- Municipal transit agencies
- Oil companies
- Trucking companies
- Venture capital firms
Table of Contents
-
Executive Brief
- Top Line Forecast
- Drivers
- Inhibitors
- Overview of the Hybrid Functions Covered in This Study
- Summary and Strategic Recommendations
Section 1.
EXECUTIVE SUMMARY
Section 2.
BUSINESS ISSUES
Section 3.
TECHNOLOGY ISSUES
Section 4.
KEY INDUSTRY PLAYERS
Section 5.
MARKET FORECASTS
Section 6.
COMPANY DIRECTORY
Section 7.
ACRONYMS
Section 8.
LINKS TO RELATED RESEARCH
- Sales Volume Summary - Plugin Hybrid and Electric Vehicles
- Sales Volume Summary - Hybrid Assist Vehicles
- Total PHEV Market Value Forecast
- Battery Module Market Sales Forecast
- Battery Module Market Value Forecast
- Electric Drive Motor Market Sales Forecast
- Electric Drive Motor Market Value Forecast
- Hydraulic System Market Sales Forecast
- Hydraulic System Market Value Forecast
- Power Electronics Module Market Sales Forecast
- Power Electronics Module Market Value Forecast
- Total PHEV Market Value Forecast, World Market Forecasts: 2010 to 2020


