Laser Ignition Presents New Opportunity as an Effective Alternative to Electric Spark Plug Ignition
Conventional automotive ignition systems continue to face challenges in terms of providing fuel efficiency and reduced gas emissions. On the other end, laser ignition system has been studied to deliver greater ignition operations while occupying significantly smaller space than conventional spark plugs. As laser automotive ignition systems hold potential to accurately address emission issues, R&D efforts are underway to completely fathom the laser ignition technology for fuel mixtures and multiple combustion conditions. While the laser ignition technology is expected to reach maturity, investments by automotive manufacturers will determine its future potential to substitute conventional spark plug ignition in the automotive ignition system market.
Keyless Ignition – A New Entrant to Propel the Automotive Ignition System Market amid Ambiguity
Despite encountering multiple disapprovals and failures since its inception, Keyless ignition is gradually penetrating the market and is now available in a number of mainstream vehicles with turbocharged gasoline direct injection engines. Although the adoption levels remain lower owing to instances of carbon monoxide poisoning, keyless ignition is set to gain ground in the automotive ignition system market with the growing preference for convenience in modern car models. In addition, keyless ignition has come out successfully amid the past recalls related to ignition issues. Recent incidences of deaths and lack of universal standards for keyless ignition are likely to impact adoption levels. However, according to NHTSA, by following basic safety guidelines and distributor manual, vehicles with keyless automotive ignition systems are likely to be successful on roads in the coming years.
Electronic Automotive Ignition Systems to Capture Over 35% Market Share
Rapid electrification of the automotive industry against the backdrop of rising demand for electric vehicle (EVs), fluctuations in the fuel prices and stringent emission standards have led manufacturers of automotive ignition systems to shift their focus from conventional automotive ignition systems to electric automotive ignition system. With increased reliability and efficacy, electronic automotive ignition systems are expected to account for over 35% of the total market share, while competing neck-and-neck with conventional automotive ignition systems.
Distributor-less Automotive Ignition System to Report 1.3x Expansion through 2022
In the automotive industry, distribution-less automotive ignition systems are widely adopted owing to their durability, fuel economy and emission reduction. While electronic automotive ignition systems faced challenges regarding spark-time accuracy and distributor maintenance, distributor-less ignition systems were developed as a smart automotive ignition system that delivers efficient and reliable ignition operations. With the significantly reduced maintenance of automotive ignition systems, distributor-less automotive ignition systems continue to be the preferable automotive ignition system choice of leading automakers and are estimated to account for over 5.5% CAGR during the forecast period of 2017 – 2022.
Automotive Ignition System Recalls Continue to Pose Challenges to Overall Market Progress
Reliability of automotive ignition systems is always questioned owing to the past incidences of defective automotive ignition systems and associated recalls by automotive industry titans. In the list of automotive ignition system recalls, General Motors, Nissan, Chrysler and Toyota among others are included that are highly esteemed for the reliability of their automotive parts. Thousands of passenger as well as commercial vehicles have been recalled following the issues with ignition switches. Although innovations are at the centerstage of the automotive ignition system market, automotive ignition system related recalls continue to question the reliability of innovations in the long-term in the automotive ignition system market.
Automotive Ignition System Market Evolves around Ever-Stringent Emission Standards
While emission standards continue to determine the development of the automotive industry, automotive ignition system market remains at the front of the challenges. As emissions and fuel economy are collectively influenced by the engine combustion system design, spark-ignition engines have been covered in multiple regulatory frameworks across global regions. Recently, EPA has adopted emission standards for small spark-ignition engines to control exhaust and evaporative emissions. As long as gasoline remains a preferred fuel type, stringent emission standards continue to be a determiner of the automotive ignition system market.
The competitive landscape section of the automotive ignition system market delivers a comprehensive list of key manufacturers, distributors and suppliers. A comprehensive view of leading companies is elaborated in the company profile segment where in-detailed information on the product portfolio, recent innovation, and notable developments are discussed. Few of the profiles key players in the automotive ignition system market report include BorgWarner, Delphi Automotive LLP, Denso Corporation, Federal-Mogul, Robert Bosch, CEP Technologies Corporation, Hitachi Automotive Systems Americas, Inc., Continental AG, Wells Vehicle Electronics, Diamond Electric Mfg. Corp, and Valeo among others.
The automotive ignition system market is marked by product innovation and acquisition strategies. For instance, BorgWarner Inc., a leading automotive industry components and parts supplier has acquired Etatech’s advanced ignition technology which is expected to deliver fuel economy, reduced emissions and improved engine performance. BorgWarner has agreed to supply its single spark ignition coil technology for Daimler’s new in-line gasoline engines. Another key player in the automotive ignition system market - Denso Corporation, Japan-based leading automotive component manufacturer has announced a $1 billion expansion project at Maryville facility in the U.S.
Automotive ignition system is composed of multiple components including spark plug, distributor cap, rotor, plug wire, ignition resistor, condenser, starter relay and coil windings among others. Installed in internal combustion engines, automotive ignition system produce a spark or heats an electrode to ignite the mixture of fuel and air. Automotive ignition system finds application in almost all vehicles starting from passenger cars to heavy commercial vehicles.
About the Report
Fact.MR has compiled a report titled “Automotive Ignition System Market Forecast, Trend Analysis & Competition Tracking: Global Market insights 2017 to 2022”. With the focus on the key trends prevailing in the market, the automotive ignition system market elaborated on the key drivers, restraints and future opportunities in the market. A thorough analysis on the historical data, current market scenario and future market performance forms the groundwork of the assessed market forecast in the automotive ignition system market report.
Additional Questions Answered
Apart from the aforementioned insights of the automotive ignition system market, the report also discusses other interesting market avenues that hold significant impact on the future performance of the automotive ignition system market.
- To what intensity, the green technology trend will influence the growth of the automotive ignition system market?
- Considering the divergent progress of the automotive industry across regions, which region is expected to expand rapidly in the automotive ignition system market?
- How are nation specific emission standards impacting the performance of the automotive ignition system market?
Fact.MR has compiled a study on the automotive ignition system market and published a report titled “Automotive Ignition System Market Forecast, Trend Analysis & Competition Tracking: Global Market insights 2017 to 2022”. The market analysis is based on the thorough assessment of the historical data and current dynamics of the automotive ignition system market. Based on such an in-depth analysis, the automotive ignition system market is foreseen to grow at a steady pace during the forecast period. The report is divided into sophisticated chapters to elaborately discuss all vital facets of the automotive ignition system market and a snapshot of a total 4 chapters is provided below.
Chapter 1 – Executive Summary
This chapter delivers the incisive summary of the automotive ignition system market report and provides the readers with important highlights in terms of statistical data and vital insights.
Chapter 2 – Market Overview
This chapter includes a quick yet affluent market introduction of the automotive ignition system. The chapter also covers information regarding overall economic outlook, the profitability of enterprises, inflation and deflation, increasing purchasing power of the middle class, complex ecosystem and risk mitigation.
Chapter 3 - Global Automotive Ignition System Market Analysis and Forecast By Vehicle Type
The chapter provides information of the market segmentation which is categorized on the basis of vehicle type including passenger cars (PC), light commercial vehicle (LCV), heavy commercial vehicle (HCV) and off-road vehicles.
Chapter 4 - Global Automotive ignition system market Analysis and Forecast by Fuel Type
This chapter provides the information on market segmentation which is based on the fuel type of automotive ignition system market which includes gasoline and diesel.
Chapter 5 - Global Automotive ignition system market Analysis and Forecast by Ignition Type
Analysis of the automotive ignition system market based on ignition type is discussed in this chapter. Prominent ignition systems include electronic ignition system, conventional ignition system and distributor-less ignition system.
Chapter 6 - Global Automotive ignition system market Analysis and Forecast by Sales Channel
The chapter discusses the prevalence and relative preference for two major sales channel present in the automotive ignition system market including OEM and aftermarket.
Chapter 7 - Global Automotive ignition system market Analysis and Forecast by Region
In this chapter, analysis of the automotive ignition system market is elaborately discussed for six geographical regions including North America, Latin America, Europe, Japan, APEJ and MEA.
Chapter 8 - North America Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
In this chapter, the North America automotive ignition system market analysis based on the country-wise market study is provided. Countries including the U.S. and Canada form the basis of the regional market forecast.
Chapter 9 - Latin America Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
In this chapter, Latin America automotive ignition system market analysis can be found and country-wise analysis of the market is carried out for Brazil, Mexico and Argentina.
Chapter 10 - Europe Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
This chapter discloses the performance of the automotive ignition system market in the Europe region where the country-wise market analysis of Germany, the UK, France, Spain, Italy and Nordic is included.
Chapter 11 - Japan Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
The Japan automotive ignition system market performance is backed by prevailing market trends in the country and historical background. The chapter provides the futuristic outlook of the Japan automotive ignition system market through 2022.
Chapter 12 - APEJ Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
Country-wise analysis of China, India, Malaysia, Thailand, Singapore and Australia markets for automotive ignition system is elaborated in the chapter to deliver market performance for the APEJ region during the forecast period.
Chapter 13 - MEA Automotive ignition system market Analysis and Forecast, By Country, 2012-2022
The market performance of the automotive ignition system market in the Middle East and Africa region is provided in this chapter. The MEA market is studied in GCC countries, South Africa, Israel and Nigeria to derive the market forecast values of the MEA automotive ignition system market.
Chapter 14 - Global Automotive ignition system market Company/Manufactures/Distributors/Suppliers Profile and Revenue Projections
A comprehensive list of key market players of the automotive ignition system market is provided in this chapter in a dashboard view. The key players have been categorized among manufacturers, distributors and suppliers to fathom the complete scenario of the present and futuristic outlook of the competitive landscape.
Chapter 15 - Research Methodology
The chapter discusses in depth the methodology of research followed during the course of the study of the automotive ignition system market.
Chapter 16 - Secondary and Primary Sources
During the course of the research on the automotive ignition system market, the sources used to carry out the primary and secondary research analysis is elaborately discussed in this chapter.
Chapter 17 - Assumptions and Acronyms
This chapter includes a discussion regarding the assumptions made in the automotive ignition system market report. The chapter also provides a comprehensive list of acronyms used in the automotive ignition system market report.
Chapter 18 – Disclaimer
The report concludes with the disclaimer statement that clarifies the associated legal responsibilities regarding any statements or facts included in the automotive ignition system market report.
Fact.MR offers custom research services that help clients to get specific research solutions
We are committed towards customer satisfaction and quality service.