Strategic Analysis on Global Market for Range Extenders

Strategic Analysis on Global Market for Range Extenders

Internal Combustion Engine to be the Most Largely Adopted Range Extender Application

RELEASE DATE
07-Feb-2013
REGION
North America
Research Code: M7F6-01-00-00-00
SKU: AU01242-NA-MR_17677
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Description

The study provides an analysis of the market for range extenders. The extended range electric vehicles have been classified by the type of technology used. The three types of range extender technologies are internal combustion engine, micro-gas turbine, and fuel cell system. The study also gives an overview of the emerging market trends and eREVs that are expected to be launched by different OEMs until 2017. The market drivers, restraints, and challenges have also been discussed. Further, the study provides the cost analysis of the different applications and also compares the driving cost of an eREV with that of a conventional vehicle under various driving conditions. The study also provides strategic conclusions and recommendations.

Table of Contents

Executive Summary—Key Findings

Executive Summary—Key Findings (continued)

Executive Summary—Key Findings and Future Outlook

Executive SummaryMarket Overview

Executive Summary—Overview by Region

Executive Summary—Market Roadmap

Executive Summary—Technology Roadmap

Executive Summary—Cost Comparison

Executive Summary—Battery Cost

Executive Summary—Benchmarking

Executive Summary—Application Preferences

Executive Summary—Application by OEM

Research Scope

Research Aims and Objectives

Key Questions This Study Will Answer

Research Background

Research Methodology

Key Market Participants Compared in this Study

Market Segmentation by Type of Vehicle and Application

Definitions

Definitions—Different Types of Electric Vehicles

Definitions

Application

Market Overview—Key Findings

Market Overview—Key Findings (continued)

Market Overview—Key Findings (continued)

Market Overview—Analysis by Type

Market Overview—Technology Readiness and Comparison of Fuel Types:

Market Overview—Existing and Future Offerings

Market Overview—Fuel Transition

Impact of Industry Mega Trends on the Market for Range Extenders

Impact of Top Mega Trends on Market for Range Extenders

Industry Challenges

Drivers and Restraints

Key Market Drivers

Drivers Explained

Key Market Restraints

Restraints Explained

Factors Impacting Market for Range Extenders

Total Market for Range Extenders—Sales Forecast Scenario Analysis

Forecast Scenario Assumptions to 2018

Forecast Scenario Assumptions to 2018 (continued)

Total Market—Sales Forecast by Region and Application

Total Market—Per cent of Sales by OEM

European Market—Sales Forecast by Application

European Market—Per cent of Sales by OEM

North American Market—Sales Forecast by Application

North American Market—Per cent of Sales by OEM

APAC Market—Sales Forecast by Application

APAC Market—Per cent of Sales by OEM

Comparative Analysis—Fossil Fuels and Renewable Sources

Comparative Analysis—Difference between an EV and eREV

Comparative Analysis—Features of Electric Vehicles and eREVs

Comparative Analysis—Cost Benefit Analysis

Comparative Analysis—Cost Benefit Analysis (continued)

Comparative Analysis—Benchmarking

Supplier Activities

Value Chain Analysis

Supply and Value Chain Analysis—Supply and Demand Analysis

Supply Chain Analysis—Supply Chain Model

Internal Combustion Engine Range Extenders Segment—Integration

Internal Combustion Engine Range Extenders Segment—eREV Specifications:

Internal Combustion Engine Range Extenders Segment—eREV

Internal Combustion Engine Range Extenders Segment—eREV (continued):

Internal Combustion Engine Range Extenders Segment—Technology Roadmap:

Internal Combustion Engine Range Extenders Segment—Cost Split Analysis:

Internal Combustion Engine Range Extenders Segment—Sales Forecast:

Internal Combustion Engine Range Extenders Segment—Per cent of Sales by OEM

Internal Combustion Engine Range Extenders Segment—Advantages

Internal Combustion Engine Range Extenders Segment—Disadvantages

Micro-gas Turbine Range Extenders Segment—Basic Working

Micro-gas Turbine Range Extenders Segment—Sales Forecast

Micro-gas Turbine Range Extenders Segment—Technology Roadmap

Micro-gas Turbine Range Extenders Segment—Advantages

Micro-gas Turbine Range Extenders Segment—Disadvantages

Micro-gas Turbine Range Extenders Segment—Case Study

Fuel Cell Range Extenders Segment—Functioning

Fuel Cell Range Extenders Segment—Regional Programs

Fuel Cell Range Extenders Segment—Technology Roadmap

Fuel Cell Range Extenders Segment—Specifications

Fuel Cell Range Extenders Segment—Cost Split Analysis

Fuel Cell Range Extenders Segment—Cost Split Analysis (continued)

Fuel Cell Range Extenders Segment—Sales Forecast

Fuel Cell Range Extenders Segment—Per cent of Sales by OEM

Fuel Cell Range Extenders Segment—Advantages

Fuel Cell Range Extenders Segment—Disadvantages

Competitor Profiles—Power Rating

Competitor Profiles—Mahle Powertrain

Competitor Profiles—Bladon Jets

Competitor Profiles—Capstone Turbine Corporation

Competitor Profiles—AVL

Competitor Profiles—Lotus Engineering

Competitor Profiles—KSPG AG-FEV

Key Conclusions and Future Outlook

The Last Word—Three Big Predictions

Legal Disclaimer

Table of Acronyms Used

Learn More—Next Steps

Market Engineering Methodology

Related Research
The study provides an analysis of the market for range extenders. The extended range electric vehicles have been classified by the type of technology used. The three types of range extender technologies are internal combustion engine, micro-gas turbine, and fuel cell system. The study also gives an overview of the emerging market trends and eREVs that are expected to be launched by different OEMs until 2017. The market drivers, restraints, and challenges have also been discussed. Further, the study provides the cost analysis of the different applications and also compares the driving cost of an eREV with that of a conventional vehicle under various driving conditions. The study also provides strategic conclusions and recommendations.
More Information
No Index Yes
Podcast No
Author Prajyot Sathe
Industries Automotive
WIP Number M7F6-01-00-00-00
Is Prebook No