The increasing awareness among car manufacturers and regulators about the need of vehicle safety systems has been fueling occupant classification system market. Increasing prevalence of road accidents and growing number of fatalities associated with them is one of the major factors accelerating industry trends. According to the World Health Organization (WHO), road accidents are the major cause of deaths across the globe accounting nearly 1.25 million mortalities per year.
U.S. occupant classification system market size, by product, 2018 & 2025 (USD Million)
Though vehicle manufacturers have integrated air bags in vehicles for safety purpose, they do not provide total security. As per the National Highway Traffic Safety Administration, since 1990, around 300 people have lost their lives due to airbag impact, majorly due to the over sensitive airbag system. Most of the casualties were among children or people of short height who were found to be occupying the front seats. Occupant classification system (OCS) identifies people occupying the passenger seat and regulates airbags on/off switch.
Considering safety requirement, automakers have been equipping certain vehicles with innovative occupant classification systems. Growing development of sensor assisted OCS and its role to improve air bag system safety will help to expand the OCS market size over the years ahead. According to a research report by Global Market Insights, Inc., occupant classification system (OCS) market share is set to exceed USD 3 billion by 2025.
Ongoing advancements in sensor technology have been making the OCS highly accurate, fueling the future incorporation of OCS in the automobile sector. Growing research & development on other alternatives like 3D video cameras, optics-based system, and ultrasonic sensors is very likely to stimulate the occupant classification system market outlook over 2019-2025. For instance, a leading market player like ZF Friedrichshafen AG is working on developing the 3D interior observation system for occupant sensing.
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The U.S. and Europe have emerged as leading regional revenue pockets transforming occupant classification system market outlook. The strict regulatory scenario across these regions mandating the use of OCS is one of the prominent factors fueling regional growth. For the record, in the U.S., the National Highway Traffic Safety Administration (NHTSA) had deployed vehicle safety standards to mandate safety requirements for occupant’s protection. As a result, most of the automobile manufacturers like Ford, Chevrolet, Dodge, and Honda have started to integrate these systems in most of their mid-range & flagship models.
Speaking about Asian continent, the countries including India and China are poised to account for a significant business share, owing to the implementation of rules related to airbag safety. The deployment of such norms has promoted vehicle manufacturers to install OCS in economy class vehicles mainly across India. Improving standards of living in these countries will help fuel the regional car market and in turn will support the occupant classification system market landscape over the forecast period.
Though the OCS market is expected to register an appreciable growth rate, restraints comprising high price of OCS integrated vehicles and technological defects may hamper the market share. However, growing initiatives pertaining to new product development are slated to overcome the business restraints over the years ahead. In addition, the leading automakers like Honda and Hyundai have been adopting innovative installation technologies to curb the changes of airbag failure.
The consistently expanding automobile sector and the rising demand for passenger safety regulations across developing nations will drive the growth trends of occupant classification system industry. Growing emergence of collision repair services across the globe will further accelerate the product demand noticeably. Some of the market players in the occupant classification system (OCS) industry include Delphi Technologies, Aisin Seiki, Denso, Mayser, Flexpoint Sensor Systems, and Hyundai Mobis.
Author Name : Amol Kothekar
LATAM automotive EVAP systems market to procure substantial proceeds by 2025, global industry to be governed by a stringent regulatory framework
The global automotive EVAP systems market is estimated to register a commendable growth rate over the ensuing years, on account of the growing air pollution levels worldwide. Air quality is deteriorating day by day posing a huge risk to the environment, human health, and food security. Fuel evaporative emissions undeniably, are a significant contributor to global air pollution levels. The gasoline in the fuel tank gradually evaporates over time, contaminating the air with VOCs (Volatile Organic Compounds).
U.S. Automotive Evaporative Emission Control System Market, By Vehicle, 2018 & 2025, (USD Million)
According to the Environmental Protection Agency, there are enough cases of such emissions to contribute to air pollution and pose a risk to environmental and human life. The fuel injected in a car consists of over 150 chemicals including toluene, benzenes and even lead, which can cause headaches, breathing issues, and in worst cases result in death. Hence, it is vital for carmakers to install EVAP systems in their models to control fuel evaporation, which would help expand the global automotive EVAP systems market size.
The need for manufacturers to equip their cars with EVAP systems is further encouraged by the imposition of stringent emission control mandates by governments throughout the world. For instance, Euro 5/6 regulations continue the Euro 4 limit of two grams of evaporative emissions each day. Regulation in the United States limits evaporative emissions to 0.5 grams each day over a three-day diurnal temperature profile.
Even though state regulations don’t usually exceed federal regulations, the California Air Resources Board (CARB) permits the imposition of more stringent emission standards. Meanwhile, Japan has jointly developed emission standard by two ministries – The Ministry of Environment and The Ministry of Land, Infrastructure, and Transport. Emission limits in the country are almost similar to Euro 4 standards of two grams of emissions daily.
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It comes as no surprise therefore, that the global automotive EVAP systems industry is heavily governed by regulations. Indeed, according to Global Market Insights, Inc., OEMs presently dominate the global automotive EVAP systems market due to the rising product installations in an effort to conform to government regulations like CARB and Test Procedures to monitor vehicle performance.
One of the most significant reasons for driving the demand for EVAP systems around the world is the increasing rate of passenger vehicle production. In the year 2017, over 80 million passenger cars were produced worldwide, out of which Europe accounted for an appreciable share. Developing nations like India witnessed a significant rise in production from over 3.95 million units in 2017 to nearly 4 million units in 2018.
Recently, Mercedes-Benz Cars announced an investment of over $250 million euros in a passenger car plant in the Moscow region. Through the new plant, Daimler aims to meet the high demand for Mercedes-Benz E-Class SUVs and Sedans in the region. Owing to rising production, automotive EVAP systems market size is expected to witness an upsurge from passenger cars. Rising installation of EVAP systems in passenger cars to enhance fuel economy and reduce fuel losses will drive product demand.
In terms of regional growth, the Latin America market held considerable revenue share owing to rising concerns pertaining to fuel evaporation paired with the imposition of supportive international policies to control air pollution. According to an assessment released by UN Environment and the Climate and Clean Air Coalition, poor air quality and climate change are taking a toll on vulnerable population and environment within the Americas, leading to premature deaths, ecosystem damage, and crop yield losses.
Brazil, which is the fourth largest vehicle market in the world differs from larger economies in terms of policies to promote vehicle-efficiencies. However, the government in these nations and other key vehicle markets in Latin America are working to adopt international best practices regarding emission control to the local economic and policy context. Successful implementation of regulatory practices would further augment the Latin America automotive EVAP systems market share in the coming years.
Key factors such as increasing vehicular emissions, rising awareness regarding poor air quality along with a rise in vehicle manufacturing and supportive government regulations will continue to induce considerable possibilities for industry expansion in the coming years. For the record, the global market is also estimated to surpass a valuation of $65 billion by 2025, according to a research report by Global Market Insights, Inc.
Author Name : Krithika Krishnan
Wireless fire detection system market to be driven by a sound regulatory structure over 2018-2024, technologically progressive products to characterize industry landscape
Owing to the rapid adoption of smart technologies such as IoT and Big Data, wireless fire detection system market share has witnessed a remarkable uptick of late. The convergence of integrated solutions coupled with a marked increase in the deployment of advanced fire detection systems would further augment product demand. Apparently, the new-age systems offer enhanced aesthetics by eliminating the need for drilling holes and cabling requirements, prevent the utilization of asbestos, and provide ease-of-installation. Subject to this, technology providers have focused on developing advanced fire detection technologies so as to ensure security and safety in new construction projects, that would consequentially aid wireless fire detection system industry.
U.S. Wireless Fire Detection Systems Market size, by commercial applications, 2017 & 2024 (USD Million)
Elaborating further, it has been observed that periodic revision and streamlining of fire safety standards is a crucial factor to have influenced the overall wireless fire detection system market trends. Moreover, numerous developing nations have been concentrating on constructing smart cities to sustain and reenergize their economies. Apparently, the seamless functioning of these smart cities would require stringent enforcement of enhanced fire safety codes.
In accordance with the same, it is rather imperative to state that regulatory agencies have a vital role to play in such a scenario. Enumerated below are a few major instances of government agencies which have prescribed forward looking and advanced guidelines that are quite significant for the global wireless fire detection system industry:
- One of the major organizations that has contributed immensely toward drafting improved safety standards in wireless detection system market is the Occupational Safety and Health Administration (OSHA). Being one of the foremost agencies of United States Department of Labor, OSHA has time and again laid out stringent regulatory guidelines with regards to fire safety that has been mandated to be complied to, especially in the construction sector. In the US, OSHA’s regulatory directives such as 29 CFR 1910.160 and 29 CFR 1910.164 have acquired increased prominence given that they are strictly required to be complied with while installing wireless fire detection systems.
- European Union’s popular directive, named as EN54 Part 25, is predominantly known for outlining the precise safety requirements and laboratory tests for components utilizing radio links across wireless fire detection system industry. Apparently, these directives consist of detailed guidelines pertaining to heat detectors, smoke detectors, voice alarm control and indicating equipment, alarm transmission and fault warning routing equipment, point fire detectors which use carbon monoxide sensors, etc.
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Concurrently, the swift advancements being observed in networking infrastructure coupled with the aforementioned robust regulatory structures is certain to impel the wireless fire detection system market over the ensuing years.
Meanwhile, it would be prudent to mention that the wireless fire detection industry share, which can be termed as being in the nascent stage, has been marred with a few obstacles in the recent times. Subject to various vulnerabilities of wireless infrastructure and the high cost of fire detection systems, the end user segment appears rather apprehensive with regards to adopting these systems on a wide scale.
However, owing to the incorporation of cutting-edge technologies in these systems, numerous household safety device manufacturers have been unveiling convenient and smarter consumer products in wireless fire detection market. For instance, Samsung has recently teamed up with Vodafone to provide a range of smart home products with a special focus on security devices including multipurpose sensors, home alarm assistant, and security cameras. Reportedly, the users would receive alerts on their mobile phones in the event of fire at their home. Needless to mention, the launch of such innovative solutions would undeniably propel the wireless fire detection system market size.
With the development of smart cities across numerous countries complemented with a robust regulatory framework in place, the commercialization prospects of wireless fire detection system industry appear to soar new heights in the near future. In fact, as per a research report by Global Market Insights, Inc., the overall remuneration portfolio of wireless fire detection system market is estimated to exceed USD 500 million by the year 2024.
Author Name : Saif Ali Bepari
Automotive robotics market to amass huge gains via assembly applications over 2017 -2024, Europe to influence the regional demand
Having garnered the reputation of being highly technology-driven, automotive robotics industry thrives on the product innovations brought forth by leading business players. A recent instance citing the validity of the aforementioned declaration is Rimac’s collaboration with Dassault Systèmes. Elaborating further, the September of 2017 saw Rimac Automobili, a key manufacturer of high performance electric vehicles, battery systems, and drivetrains, join forces with Dassault Systèmes, a software firm based in France, to acquire the product lifecycle management digital platform from the latter to scale up its business growth. The latter’s 3D experience platform referred as electro mobility accelerator will help the former increase its production capacity and connect with its employees across 11 countries. This deal is an apt example that underscores the developments prevalent in automotive robotics industry. The continued trend of similar alliances are likely to encourage entrants explore newer markets – the autonomous car sharing market , for instance.
U.S. Automotive Robotics Market Size, By Product, 2013 – 2024 (USD Million)
Pertaining to the stiff competition prevalent in the automotive robotics market space, companies have been devising a number of business tactics to consolidate their position. In September 2017, for example, Avnet Incorporation, a major participant across information technology and services industry, acquired Dragon innovation, a major producer of consumer electronics products. The acquisition is expected to assist both the firms add to their existing product line and expand their presence in automotive robotics market.
The month of September has also witnessed Technion – an Israeli tech institute, Korean Advanced Institute of Science and Technology, and Hyundai Motor Group forming an alliance to jointly complete the projects on artificial intelligence, autonomous driving, and cyber security. The collaboration has been touted to help the emerging automotive firms and startups in Israel to launch their products with Hyundai’s vehicle product line. Vice-versa, the initiative is expected to aid Hyundai Motors establish itself as a leader in automotive robotics market, having experimented with next generation of automotive technologies equipped with artificial intelligence and robotics. The alliance signifies a paradigm shift toward the fourth industrial revolution and new vehicle technology, thereby pushing automotive robotics industry trends.
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Robotics has established itself as a principal technology across major end-use domains in the developed geographies such as UK, Germany, and Italy. The surging requirement to achieve time consistency and a higher level of production has led to escalating demand for robotic body assemblies in the country. The deployment of these assemblies to improve the proficiency of the supply chain activities across the automotive sector is likely to impel UK automotive robotics industry expansion.
Germany has a powerful base of automakers, on the grounds of which it has been forecast that robotic applications would be deployed heavily across the automotive sector in the region. Subject to the extensive implementation of robotics, Germany automotive robotics industry is likely to gain a strong ground in the ensuing years. The expansion of this business space across Germany, UK, and Italy is certain to boost Europe automotive robotics market, which contributed nearly 25% toward the overall industry share in 2016.
As per estimates, the demand for robots from vehicle component suppliers increased by 53% in 2016, and that from automotive original equipment manufacturers rose by 32% in the same year. This goes to prove that automotive robotics industry has bright prospects across North America. In fact, research reports claim that North America automotive robotics market is expected to witness a lucrative growth over the coming years, having held a valuation of USD 1 billion in 2016.
A currently compiled market study claims that automotive robotics industry revenue is anticipated to surpass USD 5.96 billion by 2024. Considering the notable contributions made by the automotive giants such as Rockwell Automation, Omron Corporation, The Yaskawa Electric Corporation, and ABB Group, it is no longer a supposition that automotive robotics market will indeed experience a commendable expansion in the years ahead.
Author Name : Dhananjay Punekar