DUBLIN--(BUSINESS WIRE)--Research and Markets (http://www.researchandmarkets.com/research/zl3xf5/global_light) has announced the addition of the "Global light vehicle fuel injection market- forecasts to 2029" report to their offering.
This latest just-auto report edition offers a global review of the OE fuel injection sector, its suppliers, top markets, technologies and market forecasts.
This global market study offers:
- Automotive OE fuel injection market size estimates
- Latest technologies and trends
- Market share data tables
- Exclusive interviews with major companies
- Profiles of the major players including their strategies and prospects
- Market size forecasts
You can use this report to:
- Understand the scope and scale of the major markets
- Get an overview of the global automotive fuel injection sector
- Identify opportunities and threats
- Prepare demand and supply forecasts
- Review the latest technological drivers
- Know the key trends within the sector and what's driving them
- Get up to speed with latest company activities and prospects
- Hear direct from major companies on strategies and plans
- Carry out competitive analysis
Key Topics Covered:
1. Introduction
- Definitions
2. PESTER analysis
3. Companies
- Robert Bosch GmbH
- Continental AG
- Delphi Automotive LLP
- Denso Corporation
- Keihin Corp
- Wabco
4. Markets
- Market trends
- Market shares
- Emerging markets
5. Technologies
- Defining the elements
- Fuel efficiency
- Common-rail system technologies
- Gasoline direct injection system technologies
- Other technologies
6. Forecasts
- Overview
- Gasoline port fuel injection
- Gasoline direct injection
- Diesel injection systems
- Hybrid fuel injection systems
- LPG/CNG injection systems
7. Glossary
8. Archive
- Bosch produces one million CNG injectors
- Continental recognised for its piezo injectors
- Delphi demonstrates gasoline direct compression ignition technology
- Potential of diesel downsizing
- Poland
For more information visit http://www.researchandmarkets.com/research/zl3xf5/global_light
