Market Assessment of Energy Conservation and Recovery Technologies for CO2 Reduction in Europe and North America
Market Assessment of Energy Conservation and Recovery Technologies for CO2 Reduction in Europe and North America
Energy Conservation Technologies Preferred more than Recovery Technologies
28-Mar-2013
North America
Description
Emission (ACEA targets) and fuel economy regulations (fleet average fuel economy) across Europe and the United States are the major drivers in both the short- and long-term coaxing OEMs and suppliers alike to look towards energy conservation and energy recovery systems to realise enhanced performance and adherence to legislative and customer demands. This study covers energy conservation technologies like micro-hybrids, DoD, variable compression ratio, coolant pumps, and oil pump and also energy recovery technologies like regenerative braking, KERS, turbochargers, turbogenerators, and thermo-electric generators. It provides market forecasts, OEM and supplier profile, and also the key trends, drivers, growth opportunities, and conclusions.
Table of Contents
Executive Summary—Key Findings
Executive Summary—Market Engineering Measurements
Executive Summary—Market Engineering Measurements
Executive Summary—Total Market Unit Shipment Snapshot
Executive Summary—Energy Conservation and Recovery Technologies Roadmap
Executive Summary—Competitive Positioning of Key Industry Participants
Executive Summary—Comparative Analysis by Region
Executive Summary—Key Conclusions and Future Outlook
Key Conclusions and Future Outlook
Research Scope
Research Aims and Objectives
Key Questions This Study Will Answer
Research Background
Research Methodology
Key OEM/Participant Groups Compared in This Study
Product/Technology Segmentation
Energy Conservation Systems
Product/Technology Definitions—Micro-hybrid
Product/Technology Definitions—Micro-hybrid—OEM Comparative Analysis of Technologies
Product/Technology Definitions—Parasitic Load Reduction
Product/Technology Definitions—Variable Compression Ratio (VCR)
Product/Technology Definitions—Displacement on Demand (DoD)
Energy Recovery Systems
Product/Technology Definitions—Turbochargers
Product/Technology Definitions—Mild-hybrids
Product/Technology Definitions—Kinetic Energy Recovery Systems
Product/Technology Definitions—Turbogenerators
Product/Technology Definitions—Thermoelectric Generators
Vehicle Segmentation
Energy Conservation and Recovery Systems—Introduction
Energy Conservation and Recovery Systems—Requirements
Energy Conservation and Recovery Systems—Requirements—Usage of Engine Power
Comparative Analysis of Emission Regulations Across Regions
Evolution of Euro Emission Norms
Europe—Greenhouse Gas Reduction/Fuel Economy Regulation
North America—Greenhouse Gas Reduction/Fuel Economy Regulation
Comparative Analysis of Emission Regulations Across Regions
Energy Conservation and Recovery Technologies Roadmap
Impact of Top Mega Trends on the Auto Industry
Impact of Top Mega Trends on the Auto Industry (continued)
Drivers and Restraints
Energy Conservation and Recovery Technologies Market Drivers
Drivers Explained
Drivers Explained (continued)
Energy Conservation and Recovery Technologies Market Restraints
Restraints Explained
Market Engineering Measurements—Micro-hybrid
Market Engineering Measurements—Variable Accessory Drives
Parasitic Load Reduction Through Variable Accessory Drives—Unit Shipment Scenario Analysis
Parasitic Load Reduction Through Variable Accessory Drives—Forecast Scenario Assumptions
Displacement on Demand—Unit Shipment Scenario Analysis
Displacement on Demand—Forecast Scenario Assumptions
Total Market Unit Shipment Forecast by Region
Total Market Unit Shipment Forecast by Region—Mild Hybrids
Unit Shipment Forecast by Technology and Region
Unit Shipment Forecast by OEM and Region
Energy Conservation and Recovery—Market Pricing Trends and Forecast and Discussion
Vehicle Manufacturer Analysis—OEM Technology Preference
BMW Group—Energy Conservation and Recovery Technologies Outlook
BMW Group—Technology Match
BMW Group—Unit Shipment Forecast by Region
Daimler Group—Energy Conservation & Recovery Technologies Outlook
Daimler Group—Technology Match
Daimler Group’s Unit Shipment Forecast by Region
Fiat Group—Energy Conservation and Recovery Technologies Outlook
Fiat Group—Technology Match
Fiat Group’s Unit Shipment Forecast by Region
Ford Group—Energy Conservation and Recovery Technologies Outlook
Ford Group—Technology Match
Ford Group’s Unit Shipment Forecast by Region
GM/Opel Group—Energy Conservation and Recovery Technologies Outlook
GM/Opel Group—Technology Match
GM/Opel Group’s Unit Shipment Forecast by Region
Hyundai Group—Energy Conservation and Recovery Technologies Outlook
Hyundai Group—Technology Match
Hyundai Group’s Unit Shipment Forecast by Region
PSA Group—Energy Conservation and Recovery Technologies Outlook
PSA Group—Technology Match
PSA Group’s Unit Shipment Forecast by Region
Renault-Nissan—Energy Conservation and Recovery Technologies Outlook
Renault-Nissan—Technology Match
Renault-Nissan’s Unit Shipment Forecast by Region
Toyota Group—Energy Conservation and Recovery Technologies Outlook
Toyota Group—Technology Match
Toyota Group’s Unit Shipment Forecast by Region
Volkswagen Group—Energy Conservation and Recovery Technologies Outlook
Volkswagen Group—Technology Match
Volkswagen Group’s Unit Shipment Forecast by Region
Key Conclusions and Future Outlook
The Last Word—Three Big Predictions
Legal Disclaimer
Table of Acronyms Used
Learn More—Next Steps
Market Engineering Methodology
Popular Topics
No Index | Yes |
---|---|
Podcast | No |
Author | Yeswant Abhimanyu |
Industries | Automotive |
WIP Number | M7BC-01-00-00-00 |
Is Prebook | No |