Battery electric vehicles market to gain substantial proceeds from heavy duty vehicles, rising concerns regarding vehicular emissions to augment the industry growth
The rising concerns pertaining to vehicular emissions are expected to boost the global battery electric vehicle market over the forthcoming years. In 2018, carbon emissions were at an all-time high, with the automotive industry being a major contributor. Emissions from cars and trucks using fossil fuels continue to grow at an alarming rate in all parts of the world. A common factor among both developed and developing economies on these grounds has been the continuous rise in the use of oil in the transport sector.
Brazil Battery Electric Vehicles Market, By Vehicle, 2018 & 2025, (USD Million)
According to the latest forecasts, the level of CO2 in the atmosphere is projected to witness an average rise of 2.75 parts per million over 2019. If the world needs to meet the temperature goals of the Paris agreement, global emissions need to plummet by 2020. Unlike conventional vehicles though, battery powered vehicles don’t require fuels and hence don’t release much CO2. The growing number of issues related to vehicular emissions paired with the increasing need to reduce the effects of greenhouse gases will thus propel battery electric vehicles industry share in the future.
Over the last few years, electric vehicles have nearly gone mainstream, at least in the key global markets. Now having accomplished a small but significant share of the passenger-car market, the EV industry has been eying the public transit sector. Companies are now manufacturing battery-electric buses and selling them to cities interested in reducing their carbon footprint. Major manufacturers active in the electric-bus business comprise Canada-based New Flyer, China’s BYD and the US-based startup Proterra.
Recently, Austin became the fifth Texas city to invest in the Proterra battery-electric buses. A complete all-electric fleet is the main goal of the city’s transit agency Capital Metro, that purchased 40 buses along with 4 Proterra-charging systems of 60 kilowatts. Through no tailpipe emission, battery electric buses can help the agency meet its sustainability goals efficiently. The increasing adoption of such vehicles for public transportation will further proliferate the global battery electric vehicle market.
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Recently, Daimler Trucks North America claimed that battery electric vehicles will pave the way for zero-emission commercial transportation. According to the European Federation for Transport and Environment, emissions from heavy-duty vehicles such as trucks and busses grew by 36% between 1990 and 2010 and has continued to grow ever since. By the year 2030, trucks and buses will release around 15% of overall effort sharing or non-ETS emissions. Unless additional measures are taken, heavy-duty vehicle emissions could rise to contributing 40% of overall road transport emission by 2030. This presents BEV industry contenders with a viable growth opportunity, to manufacture batteries for heavy duty vehicles.
Recently, Germany-based Daimler announced the production of Freightliners, the company’s heavy-duty battery electric vehicles, from its manufacturing plant in Portland. According to Global Market Insights, the BEV market share from heavy-duty vehicles segment will exhibit a CAGR of 9% over 2019-2025. The adoption of battery electric heavy-duty vehicles in a bid to reduce emission from commercial transportation will thus propel the global BEV market in the coming years.
The adoption of battery-operated passenger cars, buses or trucks will be further supported by the imposition of stringent vehicular emission standards across the world. For instance, the European Parliament recently agreed to new CO2 emission standards for newly purchased cars and vans with an objective to witness 37.5% reduction in emission from new cars and 31% lower emissions from new vans by the end of 2030.
Such regulatory initiatives along with the increasing need to prevent the severity of global warming would accelerate the adoption of BEVs in the future. For the record, the global battery electric vehicle market is anticipated to surpass $425 billion by 2025, according to a research report by Global Market Insights, Inc.
Author Name : Krithika Krishnan
Fuel cell electric vehicle market to garner hefty proceeds from long distance traveling automobiles over 2019-2025, rising investments and product launches to underline the industry expansion
Fuel cell electric vehicle market share is anticipated to display a marked ascent in the forthcoming years, owing to the fact that governments across a host of nations are undertaking various initiatives to bolster the utilization of zero-emission automobiles in a bid to lower greenhouse gas emissions and contain the ever-rising pollution levels. Moreover, it would be prudent to mention that the painstaking efforts being put in by automobile manufacturers in enhancing the existing fuel cell technology and revamping the current infrastructure of fuel cell EV platforms, has invariably created an unprecedented exuberance pertaining to the growth prospects of the global fuel cell electric vehicle industry.
U.S. Fuel Cell Electric Vehicle Market, By Vehicle, 2018 & 2025, (USD Million)
Citing an instance to highlight the same, one of the foremost fuel cell electric vehicle market players, Ford Motor Company has recently announced that it would amplify its current investment in electric vehicle manufacturing by over two times, taking the figure to a staggering USD 11 billion. Moreover, a range of other dominant fuel cell electric vehicle industry giants including Toyota, General Motors, and Volkswagen have already carved out aggressive plans to manufacture more such vehicles in the next few years. Apparently, the aforementioned declarations undoubtedly showcase a favorable progression path of the worldwide fuel cell electric vehicle market.
In the recent times, it has been observed that the leading fuel cell electric vehicle industry players are being benefitted immensely from the noteworthy increase in consumer preference for fuel cell-powered vehicles over battery-powered ones. Apparently, the major advantage of fuel cell-powered vehicles is that they can be charged in lesser time duration than the vehicles running on batteries. Furthermore, fuel cell electric vehicles are known to cover longer distance after a single charge, possess greater off-road mobility, better torque, and enhanced field configuration than the battery-powered vehicles. This goes on to explain the increased focus of a number of fuel cell electric vehicle industry giants on manufacturing fuel cell-powered long-distance trucks and SUVs. As a consequence, long distance traveling automobiles are set to apportion a major revenue share of the overall fuel cell electric vehicle industry by 2025.
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Speaking along similar lines, Toyota Motor North America, Inc, has recently released its concept truck heavy-duty truck equipped with advanced hydrogen fuel cell system that is expected to broaden the application of zero-emission fuel cell technology. Moreover, the fully functional truck, named as Project Portal, has an exceptional torque capability to seamlessly carry out port drayage operations and transport goods over short and long distances. Needless to mention, the launch of such innovative vehicles would provide a vigorous boost to the global fuel cell electric vehicle market size expansion over the estimated time frame.
Meanwhile, it would be prudent to take note of the major factors that are likely to hamper the fuel cell electric vehicle market size progression over the next few years. Establishing a robust network of fueling stations has always been a matter of contention across the globe as it requires a substantial amount of investments. Taking this shortcoming into consideration, the renowned fuel cell electric vehicle market player General Motors Company has recently unveiled a new fuel cell platform, christened as Silent Utility Rover Universal Superstructure (SURUS), which has reportedly been designed for variegated vehicle models. The latest platform is being described as a significant development considering the use of microgrids in military applications. Furthermore, the platform has been developed in such a manner that it would double up as a stationary power source to charge the electric vehicle. The US Army is expected to be the first to utilize SURUS on a wide scale, given that it is already experimenting with semi-autonomous convoys to strengthen its existing fleet of fuel cell electric vehicles that cover long distances.
As regional and international regulatory agencies are determined to reduce carbon emissions coupled with the extensive efforts being deployed by leading fuel cell electric vehicle participants, the popularity of fuel cell-powered vehicles is anticipated to soar over the next seven years. In addition to this, the robust growth being witnessed across global renewable energy sector would favorably influence the fuel cell electric vehicle market size that is estimated to surpass USD 11,600 million by 2025.
Author Name : Saif Ali Bepari
Global automotive wheel market to register itself in the much-coveted 100-billion-dollar business space by 2024, shifting trends toward lightweight vehicles to boost the product demand
The escalating development of global automotive sector will generate lucrative growth avenues for automotive wheel market. Automobile producers have been adopting new manufacturing techniques to comply with emission control regulatory norms. Researchers have also been implementing novel product designs and improvised concepts to increase the fuel efficiency of vehicles, which in turn, will boost automotive wheel industry size. Rising spending capabilities of consumers across the globe is also fueling the product demand. Of late, consumers have been prioritizing comfort, durability, and product design, which will provide a significant impetus to global automotive wheel industry. In fact, estimates claim automotive wheel market to surpass USD 100 billion in terms of revenue by the end of the year 2024.
U.S. Automotive Wheel Market, By Material, 2017 & 2024 (USD Million)
Major automotive manufacturers across North America and Europe are treading towards the production of lightweight vehicles, owing to the increasing concerns over environmental pollution. Aluminum is one of many materials that is used to construct these light weight vehicles, and has also been gaining popularity pertaining to the benefits it provides such as low weight, improved design, and excellent performance. The aluminum-based automotive wheel market will also experience commendable growth in the ensuing years pertaining to enhanced car handling and riding comfort, in tandem with the reduction of unsprung mass.
Surging innovations in product design has generated lucrative opportunities for various OEMs to penetrate automotive wheel market. In fact, OEMs dominated the automotive wheel market in 2017 and the segment is anticipated to retain its dominant position over 2018-2024 as well. The growth in the demand for OEMs in this industry can be appropriately credited to the extended durability, robust performance irrespective of weather, and reduced replacement rates.
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It is prudent to mention that OEMs have also benefitted from supportive manufacturing policies implemented by numerous Asian countries. The Asian zone, as a matter of fact, is anticipated to garner substantial returns in automotive wheel market, particularly on account of the expanding automotive industry in the region and the extensive automobile production across the economies of China and India. Indeed, APAC is known to have been a dominant regional contender and is expected to continue its leadership streak in the global automotive wheel market over 2018-2024. The regional growth can also be credited to the hefty demand for aluminum wheels in passenger cars in tandem with the requirement for aftermarket customization.
Rapid urbanization trends across the globe have changed the consumer standards of living, on account of which consumers across the globe have been giving preferences to passenger cars. Driven by rising passenger cars sales subject to increasing disposable income and high demand for mobility, automotive wheel industry size from passenger cars is likely to depict an incline in the years ahead. In 2018 alone, the European Automobile Manufacturers’ Association (ACEA) observed registrations of about 12 million passenger cars, with a growth rate of 2.5% between January-September 2018. Even in China, in 2016, passenger car production was recorded at more than 24 million units. It is thus rather overt from these statistics that the commercialization scale of the global automotive wheel market will experience quite an upsurge from the worldwide demand and supply of passenger cars alone.
OEMs, in recent times, have been making strategic agreements with suppliers to expand the business space. Innovations in product design and manufacturing processes will create numerous growth opportunities for industry players in automotive wheel market. Mergers & acquisitions and joint ventures will continue to remain the key growth strategies that major companies will adopt, in order to stay ahead of their rivals in automotive wheel market.
Author Name : Saipriya Iyer
Automotive fuel cell market will grow noticeably over the coming six years, mainly driven by the growing awareness regarding the hazardous environmental effects of GHG and carbon footprints. As per the report by Global Market Insights, Inc., “Global Automotive Fuel cell market occupied a volume of over 5,000 units in 2015 and is anticipated to register an annual growth rate of 12.7% over the period of 2016 to 2023.” Shifting trends toward fuel cells to reduce the economic dependency on oil producing nations will preserve the non-renewable energy sources such as crude oil at a large scale.
Germany automotive fuel cell market size, by application, 2012-2023 (Unit Shipment)
Fuel cell vehicle market has already seen a significant surge over the past years and is poised to register a massive growth with a volume estimation of 14,765 units by 2023. Increasing innovations and advancements in the fuel-cell technology coupled with noteworthy participation of the industry participants will enhance the automotive fuel cell industry outlook substantially. Fuel cell vehicles are gaining high popularity, driven by the benefits offered by them both from the environmental and economic perspectives. For instance, these vehicles require low maintenance, incur minimal operational cost, and reduce the noise pollution level considerably.
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Material handling vehicles, buses, and light duty vehicles are key applications of the automotive fuel cell industry. Material handling vehicle applications will exhibit an annual growth rate of 14.5% over the coming period of 2016 to 2023, driven by their increasing use across distribution centers, airport operations, and inventory management.
Light duty automotive fuel cell market size occupied 50% of the overall industry share in 2015 and is predicted to surpass 7500 units by 2023, owing to its increasing demand to cut the gasoline consumption globally. Moreover, incorporation of hydrogen fuel cell in buses, forklifts, and power back-up applications will create a lucrative roadmap for the automotive fuel cell industry over the period of 2016 to 2023.
Taking into account the regional landscape, North America automotive fuel cell market share will exhibit a significant growth over the coming years, owing to the growing support from private companies and national laboratories. U.S. will contribute noticeably towards the regional automotive fuel cell industry. The escalating efforts by the U.S. government to promote fuel cell technology will influence the regional share considerably over the coming timeframe.
Asia Pacific automotive fuel cell industry dominated the regional landscape by accounting for 60% of the global market share in 2015 and is anticipated to register an annual growth rate of 11.8% over the coming period of 2016 to 2023. The growth can be attributed to the supportive government rules and regulations regarding the usage of the fuel cell. Europe automotive fuel cell market is projected to register a CAGR of more than 14.5% over the coming six years.
Market players are focusing on increasing their technology and product base through strategic partnerships and alliances. Key industry participants include Toshiba, Ballard, and Fuelcell Energy, GM, Panasonic, Altergy Systems, Hydrogenics Corporation, Honda, Automotive Fuel Cell Cooperation, and Plug Power Inc.
Author Name : Sunil Habbalkar