The automotive electronics control unit market is thriving due to the efforts of companies who want to bring forward the transition towards a greener transport industry, like Daimler, who is developing 25 ton truck, and Proterra, which has designed an electric public transportation bus. Increasing demand for the integration of advanced features in the vehicles coupled with the growing vehicle production across various economies is driving the automotive ECU market growth. Safety concerns related to the vehicle connectivity parameters account for the use of technically-advanced control units. These components provide vehicles with controlling functionalities capable of managing the engine, transmission, and automated processes, further creating several automotive electronics control unit market growth opportunities.
Increasing awareness about environmental protection and the use of electric vehicles across the globe are driving the automotive electronics control unit market. With the increasing need for reducing the global fuel usage and carbon emissions, the demand for electric vehicles is increasing rapidly. Evs and HEVs offer several cost benefits to users including reduced fuel investment and low maintenance of the electric engines. The vehicles are majorly developed with eco-friendly manufacturing technologies and implement sustainable components, further reducing the carbon footprint.
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The International Organization of Motor Vehicle Manufacturers had revealed that a total of 97,302,534 cars and commercial vehicles had been manufactured across the globe in 2017. Practically, the number of ECUs in a car could be anywhere between 70 to more than 150, depending on the type of vehicles, indicating the massive demand that exists for the automotive electronics control unit market. The large number of ECUs have permitted enhanced safety features and external connectivity solutions to be installed in high-end as well as low-cost vehicles. Commercial vehicles have especially benefitted from the ECU’s ability to regulate the fuel injection system, as increased fuel efficiency plays a vital role in achieving economical goods transportation.
Notable advancements in ECUs have stimulated auto manufacturers to find ways for reducing emissions through efficient control systems, ushering in a transformation of the automotive electronics control unit market and leading to the growth of smart technologies. The advent of electric vehicles has furthered the development of ECUs required for complex monitoring and operating of a vehicle. Considered to be a rapidly expanding source of remuneration for the automotive ECU market, the battery electric vehicles (BEVs or just EVs) are gaining increased momentum with each passing year. Worldwide environmental concerns have been the primary driver for the EV industry, coercing nations to invest heavily into boosting the adoption of EVs.
The 32 -bit controller segment in the automotive electronics control unit market is expected to witness growth from 2018 to 2024. The controller components are mainly deployed in vehicles parts owing to the associated benefits that include lower power requirements and design simplifications. The conventional control units integrating 8-bit and 16-bit controllers have complex designs as compared to the advanced 32-bit options. Several automotive functions are supported by innovative controllers such as power tool processing, in-vehicle transmission, and modified engine management. Additionally, the trend of ECU miniaturization that lowers hardware costs and simplifies the design is further driving the automotive electronics control unit market.
Commercial vehicles are witnessing a rise in the implementation of control units, which is further driving the automotive electronics control unit market growth. Major control unit functions in commercial vehicles, such as trucks and agricultural vehicles, include transition lighting, higher current, and sensing accuracy for smaller loads. For instance, Infineon Technologies offers its 24 V body ECUs to agricultural vehicles and high load capacity trucks in the automotive electronics control unit market.
According to the U.S. government, a huge amount of greenhouse gas emissions in the country originates from the transportation sector and in 2016, almost 23% of it was contributed by medium and heavy duty commercial vehicles. As such, not only electric passenger and luxury cars but electric commercial vehicles have also started to attract demand from fleets and major corporations to cut down on their carbon footprint.
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The North America automotive electronics control unit market has experienced a high demand due to innovations in the autonomous vehicle technology. Increasing automated and self-driving vehicle testing projects in the U.S. are driving the industry growth. Additionally, favorable government permits for carrying out the test procedures are accelerating the development of automated technologies. Moreover, the Asia Pacific automotive electronics control unit market is expected to grow rapidly due to factors such as developments in the automotive industry and increasing requirements of the population for automobiles in countries including China and India. The economies are witnessing a significant growth in the sales of HEVs, further accelerating the ECU demand.
Companies operating in the global automotive electronics control unit market include Bosch Group, Denso Corporation, Delphi Technologies, Hyundai MOBIS, Hitachi Automotive Systems, Altera Corporation, Texas Instruments, Lear Corporation, Johnson Control, Panasonic Corporation, Voxx International Corporation, and Calsonic Kansei Corporation. The participants are increasingly adopting low-pricing strategies to cater to the major OEMs and create entry barriers for new players in the automotive electronics control unit market. These companies are developing a competitive cost structure by increasing the product efficiency and minimizing the market complexity.
Glimpse of Table of Content (ToC)
Chapter 3 Automotive Electronics Control Unit Market Insights
3.1 Industry segmentation
3.2 Industry landscape, 2013 – 2024
3.2.1 Global automotive production statistics, by country, 2013 – 2017
3.3 Industry ecosystem analysis
3.3.1 Distribution channel analysis
3.3.2 Vendor matrix
3.4 Technological and innovation landscape
3.4.1 Automated safety systems
3.4.2 Electric and hybrid vehicles
3.4.3 Advanced driver assist features
3.5 Regulatory landscape
3.5.1 International Standards
184.108.40.206 ISO 22901-1
220.127.116.11 ISO 22900
18.104.22.168 ISO 26262
22.214.171.124 IEC 60068
3.5.2 North America
126.96.36.199 OSHA 29 CFR 1926.21
188.8.131.52 The Scaffold & Access Industry Association
184.108.40.206 ASAM MCD-2 MC
220.127.116.11 EOBD standard
18.104.22.168 Emission Controls Standards
3.5.4 Asia Pacific
22.214.171.124 CCC mark
126.96.36.199 Bharat Stage emission standards
3.5.5 Latin America
188.8.131.52 NR Law No. 8723
184.108.40.206 SAQA 376640
220.127.116.11 GCC Standardization Organization – GSO 42:2015
3.6 Industry impact forces
3.6.1 Growth drivers
18.104.22.168 Increasing demand for safety and comfort features in cars in North America
22.214.171.124 Rising demand for electric vehicles in North America and Europe
126.96.36.199 Increasing integration of advanced features in luxury vehicles in North America and Europe
188.8.131.52 Rising production of autonomous and semi-autonomous vehicles in Europe and Asia Pacific
184.108.40.206 Technological advancements in the electronics industry in Asia Pacific
220.127.116.11 High automotive production coupled with rising safety standards in Asia Pacific
18.104.22.168 Growing awareness of energy efficient cars in Asia Pacific and Latin America
22.214.171.124 Rising installation of infotainment systems in vehicles in Latin America and MEA
3.6.2 Industry pitfalls and challenges
126.96.36.199 Increasing design complexity
188.8.131.52 Rising complexities in operation and control
184.108.40.206 ECU consolidation trend
220.127.116.11 Rising instance of ECU failures
18.104.22.168 High ECU repair cost
3.7 Growth potential analysis
3.8 Porter’s analysis
3.9 Price trend analysis, 2013 – 2030
3.10 Competitive landscape, by region, 2017
3.10.1 Investment landscape
3.10.2 Strategy dashboard
3.10.3 Business model
3.11 PESTEL analysis
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