Automotive Engine Management System Market Size, Share, and COVID-19 Impact Analysis, By Vehicles (Passenger Cars and Commercial Vehicles), By Propulsion (Electric, Hybrid, and I.C. Engines), By Component (ECU, Fuel Pump, Engine Sensors, and Others), By Sensor Type (Temperature Sensor, Oxygen Sensor, Position Sensor, Knock Sensor, and Others), By Sales Channel (OEM and Aftermarket), and Regional Forecast, 2024-2032

An automotive Engine Management System (EMS) is an electronic control system that detects the flow and working of the engine in a vehicle. It optimizes engine performance and maintains fuel economy and emissions flow. It collects the data from various sensors located in the vehicle and helps adjust the variated parameters in real time to achieve maximum efficiency and performance.

There are various components of an EMS system. They consist of the Electronic Control Unit (ECU), various engine sensors, actuators with onboard diagnostic systems, and electronic throttle control. The increasing demand for fuel-efficient ICE vehicles and the long driving range provided by electric vehicles, along with the advancement in technology, drive the market over the forecasted period.

In September 2022, An integrated Electronics Manufacturing Services (EMS) provider, ESCATEC, upgraded its EMS capabilities for automobiles to meet the escalating demand for electronic sub-systems in electric vehicles. EMS is a much-needed and critical control system in the modern vehicle because it ensures maximum operating performance while minimizing emissions and fuel use. With the help of sensors, EMS can optimize real driving conditions.

Impact of COVID-19 on the Automotive Engine Management System Market

COVID-19 significantly impacted the global automotive industry, including the EMS market. A sharp decline in sales and global supply chain disruption led to the economic fall of EMS manufacturers. The pandemic, however, also accelerated the trend towards smart mobility with E.V. and hybrids, thus inducing high demand for advanced engine management systems.

Post COVID-19, the increased focus on sustainability and reducing carbon emissions has led to rising demand for Hybrids and E.V. This leads manufacturers to invest in research and development of advanced engine management systems. Also, increasing connected car facility and the rise of autonomous vehicle has led to the introduction of remote monitoring of engines and drivetrains. This will help reduce maintenance costs and overall good sales of the EMS components.

Segmentation

Key Insights

The report will cover the following key insights:

• Key Industry Developments – Mergers, Acquisitions, and Partnerships


• Porter's Five Forces Analysis.


• Technological Developments


• Impact of COVID-19 on the global automotive engine management system market.

Analysis by Vehicles

The passenger car engine automotive engine management system dominates the market due to its higher adoption rate. The advancement in technology, along with an increasing shift towards electric vehicles and hybrid vehicles, is likely to drive the market during the forecasted period. Electric vehicles use temperature sensors and throttle position sensors, thus fueling the market growth of the automotive engine management system market.

Analysis by Propulsion

ICE and hybrid vehicles hold a significant EMS market share, and the technology is evolving to increase the fuel efficiency and performance of ICE as well as hybrid vehicles. The sensors of I.C. engines and hybrids can have many functions like the Oxygen sensor, T.P. sensor, Camshaft sensor, etc. All of these developments will increase profits for the manufacturers.

Analysis by Component

ECU (Electronic Control Unit) controls a series of actuators in an ICE (internal combustion engine) to ensure optimal engine performance. The same goes for electric vehicle powertrains. It is done by reading values from many sensors within the bay and interpreting the data using given performance maps, thus, improving the performance and efficiency of the vehicle. The fuel tank pressure sensor is associated to the fuel pump and is mounted on or inside the tank. It helps and reads pressure in the fuel system to detect evaporative leaks, such as a loose or faulty gas cap. The ECU and Fuel Pump management system owns the largest share in the market among all the others due to its common use in all modern production vehicles.

Analysis by Sensor Type

The position sensor is largest contributor in the market as it mainly used to monitor an engine's air intake. Also this sensor includes throttle sensor for engine management system which is usually located on the spindle/shaft to directly monitor the position of the throttle. Thus, position sensor is anticipated to have the highest growth rate in forecast period due to their use in almost every vehicle and a rise in the production of ICE, hybrid, and electric vehicles.

Analysis by Sales Channel

The aftermarket channel has seen the highest growth as installing an aftermarket EMS in a car is relatively cheaper and more available from third-party manufacturers. Technological advancement has led to near-identical production of EMS sensors and their compatibility with OEM cars. This growth will continue in the forecasted period.

Analysis by Region

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The highest growth rate is expected in the Asia Pacific market. High automation and the presence of major automobile manufacturers will have a rising impact on sales of engine management systems in the Asia Pacific region. The swift adoption of electric vehicles and hybrid vehicles and their affordability will boost regional growth.

Key Players Covered

Robert Bosch (Germany), Continental AG (Germany), Denso (Japan), BorgWarner (U.S.), and Hitachi Automotive (Japan), Valeo SA (France), NGK Spark PLUG Co. Ltd (Japan), Magneti Marelli S.p.A. (Italy). Delphi Technologies (U.S.), Cummins Inc. (U.S.), Siemens AG (Germany), HELLA kGAa Hueck & Co. (Germany), and Johnson Controls Inc. (U.S.).

Key Industry Developments

• In January 2022, Hitachi developed an EMS system for gasoline-powered engines that uses A.I. to optimize fuel injection and injection timing, improving fuel efficiency.


• In December 2021, Bosch revealed an EMS for hydrogen fuel cell vehicles. The system uses advanced sensors and manages the fuel cell stack, optimizing performance and reducing emissions.


• In November 2021, Magneti Marelli developed EMS for Electric and Hybrid vehicles for better performance of battery, motor, and power electronics, optimizing the performance and efficiency of the engine.


• In September 2021, Delphi Technologies introduced the GDI (Gasoline Direct Injection) system that uses advanced EMS to improve fuel efficiency and is compatible with hybrids.


• In February 2021, Continental AG developed an EMS system that uses A.I. to improve efficiency and reduce emissions.