A lot of the vehicular accidents reported worldwide can be effectively curbed by the implementation of efficient safety systems such collision avoidance systems. These systems are increasingly being deployed in various applications such as aerospace, marine, industrial robotics, and unmanned autonomous vehicles to ensure enhanced safety. Collision avoidance system primarily integrates radar and/rear- and front-mounted cameras to constantly monitor the vehicular traffic immediately ahead and behind the vehicle. The system constantly tracks scans the immediate surroundings of the automotive and alerts the driver if it detects any impending collision or if the vehicle veers off the lane. In case the driver fails to respond, it may deploy emergency brakes in order to avert a collision. The rising installation of sensors technology in automotive and increasing road accidents are some of the major factor for the growth of collision avoidance system in automotive industry. According to World Health Organization, more than 1.2 million people die due to road accident each year and 90% of the deaths occur in middle income and low income economies. Moreover, the high cost of long rage radar and LiDAR based technology may hinder the market growth.

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Installation of autonomous emergency braking system uplifted the demand for collision avoidance systems

Autonomous emergency braking systems are deployed in advanced collision avoidance systems. As the name suggests, autonomous emergency braking system automatically applies the brakes in order to prevent a collision. The system applies either partial or fully braking force according to alerts detected by sensors. In addition, the government regulation for mandatory installation of autonomous emergency braking system in vehicles have also accelerated the market. for example: In 2016, U.S. Department of Transportation’s National Highway Traffic Safety Administration have officially announced that automakers in the U.S. have to make the autonomous emergency braking system a standard feature for all cars and trucks by 2022.

Europe automotive collision avoidance system market holds the dominant position in 2016.

On the basis of geography, the automotive collision avoidance system market is segmented into North America, Europe, Asia Pacific, Latin America, Middle East, and Africa. The Europe region holds the dominant position in the market in 2016 and is projected to retain its dominance throughout the forecast period, followed by North America and Asia Pacific. Germany, France, Italy, Spain, and the U.K. are some of the major countries which drives the automotive collision avoidance system market in this region. According to European Commission, in 2016, over 46 percent of fatalities reported in the region were due to road accidents. This in turn, positions the region as a key market for collision avoidance systems.

The Asia Pacific automotive collision avoidance system market is projected to exhibit the highest CAGR over the forecast period. The bustling automotive sector in India, China, and Japan position these as key growth engines of the automotive collision avoidance system market in this region. The government regulation for safety concerns and to reduce the road accidents become one of the major growth factor for the market in Asia Pacific region. For Example: In 2016, according to Indian ministry of road transport & highways, it is mandatory for the OEMs to install anti-locking brake system on heavy vehicles.

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Key Companies- Global Automotive collision avoidance system Market.

Some of the major companies in the global automotive collision avoidance system market are Alstom SA, Autoliv, Inc., Denso Corporation, General Electric Company, Hexagon AB, Honeywell International, Inc., Robert Bosch GmbH, Rockwell Collins, Inc., Siemens AG, and Wabtec Corporation

Digital marketing involves promotion of services or products through electronic media with the help of digital technologies such as search engine optimization (SEO), search engine marketing (SEM), content marketing, data-driven marketing and e-commerce marketing, social media marketing, social media optimization, e-mail direct marketing, and display advertising among others.

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Digital marketing software enables consumers to access any information they want, at any moment, and any desired location. Digital marketing manages website traffic to help measure the exact number visitors to a website. Digital marketing software also helps to improve content performance and generate traffic to measure the number of page viewers, their location, and contact details. These operations can be done by using digital analytics software such as HubSpot, Marketo, Vocus, Yesware, and Sailthru, among others. For example, Marketo deals with tools used in marketing automation, lead generation, social media marketing, sales management, and analytics.

Increasing presence of social media and social advertising and growing dependence on internet and broadband connection are responsible for driving growth of the digital marketing software market.

Growing adoption of mobile phones is increasing the scope for mobile advertising, in turn expected to drive growth of the market for digital marketing software in the near future. Growing requirement for services on demand at anytime and anywhere, mobile advertising is very powerful tool for effective communication to grab attention of consumers at an appropriate time when they would most likely be ready to buy the product. This in turn, helps increase sales and traffic. For instance, according to Coherent Market Insights’ Analysis, as of 2017, over 55% of traffic on LinkedIn is estimated to be generated using mobile phones and over 80% of revenue on Twitter is generated through mobile advertising. Mobile advertising consists of SMS & MMS advertising, mobile web, mobile video & television, and several online advertising channels, which are increasingly being used, in turn boosting market growth.

North America market is expected to lead the global digital marketing software market during the forecast period (2017 – 2025), owing to increasing adoption of social media. Social media expands customer base by increasing the efficiency of digital marketing tools, including SEO and SEM, building natural links, generating traffic, and other activities such as videos, images, and content sharing along with paid social media advertising. According to Coherent Market Insights’ analysis, as of 2017, the global spending on social media is estimated to account for over US$ 32 billion, from which the U.S. individually holds over 40% of market share and accounted for 16% of the global digital advertisement spending. The global spending on social media is expected to increase, in turn, boosting growth of the market for digital marketing software over the forecast period.

Competitive Background

Major players operating in the global digital marketing software market include Adobe Systems, Oracle Corporation, SAP AG, Salesforce.Com, INC., IBM Corporation, Marketo Inc., Microsoft Corporation, Hubspot Inc., SAS Institute Inc., and Act-On Software.

Digital Marketing Software Market Taxonomy

On the basis of end-use industry, the global digital marketing software market is segmented into:

• Banking, Financial Services, and Insurance
• Transportation and Logistics
• Consumer Goods and Retail
• Education
• Healthcare
• Manufacturing
• Media and Entertainment
• Telecom and IT
• Travel and Hospitality

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The aviation industry plays a major role in the global economy GDP. In 2014, the aviation industry supports US $2.7 trillion i.e. 3.5% of the global total GDP. The increasing cyber-attack become one of the major issues which directly affect the business. For instance, According to Reuters, in June 2015 a polish aircraft was grounded due to Distributed Denial of Service (DDoS) attack according to airline official. Similarly, according to central of internet security report, in the U.S 75 airports were impacted by advanced persistent threat attack in 2013. This increasing cyber attacks, increased the importance of cyber security solutions in aviation system which become the major factor for the growth of the aviation cyber security market, globally.

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Aviation Cyber Security Market Taxonomy

On the basis of deployment type, the global aviation cyber security market is segmented into:

• Cloud Deployment
• On-Premise Deployment

The cloud based deployment model holds the dominating position and is projected to retain its dominance over the forecast period. Due to cost effective as compare to on premise deployment raised the demand of cloud based cyber security solution. In addition, the increasing cyber-attacks and hacking have also fuels the demand of the cloud based deployment

The managed security held the dominating position in 2016 and is projected to retain its dominance throughout the forecast period. The increasing adoption of management solutions and outsource monitoring have provided the dominating position to the managed security. Moreover, the training service is expected to grow with the largest CAGR over the forecast period.

On the basis of application, the global aviation cyber security market is segmented into:

• Air Cargo Management
• Air Traffic Management
• Airline Management
• Airport Management

The airline management application held the dominating position in 2016 and is projected to retain its dominance throughout the forecast period. Due to improvement in customer services, financial results and lift operational efficiency have provided the dominant position to airline management in aviation cyber security management market.

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North America holds the largest market share in the global aviation cyber security market

On the basis of geography, the global aviation cyber security market is segmented into North America, Europe, Asia Pacific, Latin America, Africa, and Middle East. North America accounts for largest market share in the global aviation cyber security market and is projected to retain its dominance throughout the forecast period. The U.S and Canada are some of the major countries that fuels the market of aviation cyber security in North America region. The increasing demand for technically advance cyber security solutions and dominance of digitalization have provided the dominating position to the North America region. In addition, owing to highly presence of IT companies in the U.S. have fuels the market in this region.

Key players in the Global Aviation Cyber Security Market

Some of the major players operating in the global aviation cyber security market are Rockwell Collins, Inc., Raytheon Company, Palo Alto Networks, Inc., Harris Corporation, General Electric Company, General Dynamics Corporation, Computer Sciences Corporation, BluVector Inc., BAE Systems, Inc., and Airbus Defence, and Space SA. The new product launch is one of the major strategy adopted by the market players for example: In June 2017, Rockwell Collins have officially announced that they have launched an ARINC PaxLink, a Passenger Service System for airlines.

Smart transportation system are efficient and sustainable intermodal transport systems and infrastructure that can deliver high level of intelligence and performance. Smart transportation system includes use of advanced technologies such as electronics, computers, information and telecommunication, and advanced sensors to provide information to consumers in order to improve safety and efficiency of the transportation system. Smart transportation system are increasingly being adopted in order to reduce congestion, improve traffic management, and reduce environmental impact of greenhouse gasses emitted by vehicles. These systems have a range of applications in transportation such as electronic toll collection, ramp meters, traffic light cameras, traffic-signal coordination, transit signal priority, and traveler-information systems. These are also used in fleet monitoring, tolling management, ticket management, telematics and traffic monitoring. Smart transportation systems aids in improving safety and security and offers real-time information related to traffic and routes and this one of the major drivers for growth of the market.

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One of the key factors responsible for driving the market growth is increasing vehicle parc worldwide. According to statistics by Organisation Internationale des Constructeurs d’Automobiles, globally, 93,856,388 units of vehicles were sold in 2016, which is 4,171,780 units over 2015 total global sales. Moreover, rising need for efficient traffic management, increasing need for public safety and security, and environmental concerns over emission of greenhouse gases, along with rise in number of smart cities. For instance, in 2015 Government of India launched “100 Smart Cities Mission”.

However, high initial investment for replacement of present infrastructure with advanced smart transportation solutions and requirement of large database for road network are factors expected to adversely affect the global smart transportation market growth.

Smart Transportation Market Taxonomy

On the basis of mode of transportation, the global smart transportation market is segmented into:

• Railways
• Roadways
• Airways
• Seaways

On the basis of services, the global smart transportation market is segmented into:

• Consulting
• Integration and Deployment
• Maintenance & Support

On the basis of solution, the global smart transportation market is segmented into:

• Integrated Supervision Solution
• Traffic Management Solution
• Parking Management Solution
• Smart Ticketing Solution
• Others (Passenger Information Solution, Insurance Telematics Solution) 

Asia Pacific market is expected to exhibit strong growth potential over the forecast period

North America accounted for the largest share in the global smart transportation market in 2016. U.S. is the major growth engine in North America market. This is owing to increasing initiatives from the U.S. government towards improvement of transportation facilities and implementation of intelligent transportation systems (ITS). For instance, the America’s Surface Transportation Act or “FAST Act” was passed in 2015, in order to solve congestion issues, enhance transportation within the country, improve working efficiencies in transportation systems and commercial vehicles, and minimize vehicle emissions.

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Asia Pacific market is expected to exhibit highest CAGR over the forecast period and this is due to increasing deployment of smart city and smart infrastructure projects in this region. China, Japan, India, and South Korea are the major growth engines in the region. For instance, in 2015 Government of India launched “100 Smart Cities Mission”.

Major players operating in the global smart transportation system market are Accenture, Plc, Amano Corporation, Alstom SA, Cisco Systems Inc., Cubic Corporation, Gemalto N.V., Indigo Infra S.A., Inrix Inc., International Business, Machines Corporation (IBM), Kapsch Trafficom GmbH, Msr-traffic GmbH, and Siemens AG.

Antipersonnel and anti-vehicle mines such as improvised explosive devices (IEDs) are designed to explode when in the proximity, presence or contact of person or vehicle. Mines can remain active for extensive periods of time, often decades after initial deployment and are extremely difficult to detect and clear using conventional mine clearance methods. Requirement to disarm these munitions without endangering the human lives is expected to be among the prominent factors driving the growth of the global mine clearance system market.

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According to Landmine Monitor 2016 by International Campaign to Ban Landmines (ICBL), countries with more than 100 km2 of mine contamination include Angola, Chad, Afghanistan, Thailand, and Cambodia. This positions these countries as highly lucrative markets for mine clearance systems over the forecast period

High number of casualties through manual demining and disarming the explosive remnants of war (ERW) over the past years will necessitate the deployment of mechanical mine clearance system

According to the ICBL reporting in 2016, manual deminers casualties were around 1,675 over the period of 1999 to 2015. Moreover, these numbers have significantly escalated year-on-year even after constantly developing the operating procedures, demining standards or equipment. However, these demining machines are designed to detonate the underlying explosives with minimal damage to the actual equipment. Incorporation of flails, tillers, manual and remote controls to enhance the operational capabilities and enhance the safety user safety through bullet proof designs are among the major factors fueling the demands. Moreover, Anti-Personnel Mine Ban Convention or known as the Mine Ban Treaty, that has around 162 state parties to the treaty, has obligations for the states to clear all the mines as soon as possible. Requirement to comply with the convention within the stipulated deadlines requested, will propel the growth of the mine clearance system market over the coming years.

High initial cost, expensive maintenance, and lack of skilled professionals is among the prominent factors impacting the industry growth negatively

Complex operational machinery and the danger of abrupt mishaps due to mishandling is among the major concerns of the users. These mechanical machines were developed, to reduce the onsite casualty rates, however, portray the reverse image owing to these reasons. Moreover, the high initial and maintenance cost, in conjunction with the carrying effectiveness depending on the ambient conditions is among the major factors hampering the growth of the mine clearance system market. Moreover, manufacturers find it difficult to meet the United Nations standard of 99.6% clearance for humanitarian demining.

Manual mode of operation segment held the largest mine clearance system market share in 2016, owing to the lack of skilled professionals and the difficulty in remote operation of these heavy machinery. Moreover, remote operations also enhance the probability of errors in handling of the explosives. However, owing to increasing development in the functionality and safety of the remotely operated machineries, these are expected to find substantial growth prospects over the coming years.

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Key participants in the mine clearance system market include the Aardvark Clear Mine Ltd., Armtrac Limited, CEFA, Digger DTR – Demining Technologies, DOK-ING d.o.o., Hydrema Holdings ApS, MineWolf Systems AG, Rheinmetall AG, Scanjack AB, and Way Industries a.s.

Cryptocurrency mining requires network of several computers for verification of the transaction record, known as the blockchain. The miners in this computationally intensive process are offered a share of transaction fees and gain a higher probability of finding a new block through contributing high computational power. These support transactions facilitate enhanced security to network users and ensures integrity, which in turn influences growth of the global cryptocurrency mining market.

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Emergence of digital currencies such as Bitcoin, Ethereum, and Bitcoin Cash has led to huge investments by companies and this is expected to aid in substantial growth of the market in the near future. The total market capital for 1,325 different digital assets was valued at over US$ 350 billion in 2017. The increase in cryptocurrency mining is attributed to rising adoption of cryptocurrency and total market capital in these digital assets to gain long term profits. Increasing complications in finding new blocks of most popular cryptocurrencies that includes the Bitcoin has led to increased requirement for advanced hashing power, increase in power consumption, and requirement of specific weather conditions to maintain its operability over long durations. These factors in turn have led to significant investments in mining to gain high ROI (within 20 months) and additional income over the life cycle of the systems. Moreover, offerings that include remote hosting and cloud services have enhanced the user access to low cost solutions and favorable environment for these operations. These factors are expected to aid in substantial growth of the cryptocurrency mining market over the forecast period.

Bitcoin Cash and Bitcoin are both limited to 21 million units as the maximum number over its lifetime for use. Limited supply of such assets in addition to increasing complications in finding new blocks is expected to impact the revenue of miners in the near future. Miners are emphasizing on increasing transaction fees for the asset exchange. This is anticipated to be among the major factors that may impact the users’ motivation in the utilization of Alt coins. Therefore, this is expected to be a factor hampering growth of the cryptocurrency mining market over the forecast period. According to Blockchain Luxembourg S.A., on December 12, 2017, the proportion of transaction fees as a percentage of total bitcoin mining was reported to be 9.12%. Moreover, according to Global Cryptocurrency Benchmarking Study – 2017 by Cambridge Centre for Alternative Finance, it was projected that the transaction fees is expected to reach 10% by the start of 2018, owing to decreasing block rewards.

According to Coherent Market Insights analysis, in 2016, China and the U.S. accounted for over 70% of the global cryptocurrency mining market, based on the total number of pools across the world. However, location of the pool operators does not determine mining capabilities of these regional pools. Low temperature, low electricity cost, and continuous internet access are basic requirements for high operability for these facilities. Robust electricity generation infrastructure in Russia and increasing inclination of major regional players such as RadiusGroup in deployment of cryptocurrency mining facility is expected to position the country as a key player in the market over the forecast period.

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Key pool operators in the global cryptocurrency mining market include AntPool, BTC.com, ViaBTC, BTC Top, SlushPool, and F2Pool among others. These aforementioned companies accounted for over 75% of the industry as of December 2017. Chief players offering remote mining service contracts include Hashflare, Genesis Mining, Hashing 24, Ebot, ViaBTC, and others.

Machine learning is a branch of artificial intelligence that enables machines to learn directly from data, experience, and examples. By permitting computers to execute specific tasks smartly, machine learning allows computers to carry complex processes by learning from examples or data, rather than following pre-programmed rules. Increasing volume of data being generated across industry verticals creates an exhaustive repository for machines to learn from, something that is further backed by rapid strides made in processing power of computers, in turn enhancing the analytical capabilities of machine learning systems.

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Increasing advancements in technology leading to higher accuracy of systems fueling market growth

People interact with various systems, which are based on machine learning such as recommender systems, voice recognition systems, and image recognition systems. Rapid advancement in technology in image recognition system has increased the accuracy of the system, which has fueled the demand for machine learning in various systems. For instance, in image labeling challenge, the accuracy of machine learning was 72% in 2010 and it reached to 96% in 2015. The ability of machines to process large volumes of data and to use the data for prediction have made the machine learning a key tool in various applications such as BFSI, healthcare etc.

Integration of machine learning in robotics has fueled growth of the machine learning market

Rampant advancements in robotic industry has created various innovations in robots with the integration of sensor technologies and materials. The advancements in machine learning have increased the capabilities of robots to contribute in applications such as drones and autonomous vehicles. Moreover, the increasing demand for advance robotic system in various verticals such as automotive, electronics, food and beverages, healthcare etc has fueled the market growth. According to International Federation of Robots, in 2016, around 294,000 units of industrial robots were deployed across the globe. For example: In 2016, Fanuc, a Japan-based company, announced development of a robot with deep reinforcement learning technique, which enables the robot to train itself over a very short time duration.

Machine learning Market Taxonomy

On the basis of application:

• Banking, Financial Services, and Insurance
• Education
• Energy
• Healthcare & Pharmaceuticals
• Manufacturing
• Public Services
• Retail
• Transport & Logistics

Machine learning market is expected to witness rampant growth due to growing healthcare sector in the near future.

Accuracy is one of the major concerns in the healthcare sector. Machine learning have the capabilities to provide more accurate diagnosis and healthcare services, which in turn has augmented demand for machine learning in healthcare sector. For instance, diagnosis of diabetic eye disease requires frequent examination of pictures at the back of an eye by the specialist. The features in the image helps to identify sensitivity of disease, which in turn, indicates fluid leakage and bleeding. Moreover, in 2016, Google has developed a deep learning algorithm, which analyze images and provides training to the system by using a data set of 128,000 images. Thus, the system diagnose the disease with a level of accuracy similar to human ophthalmologists. On similar lines, Google researchers are developing a deep learning algorithm for early diagnosis of skin cancer and breast cancer.

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Key Companies in the Global Machine Learning Market

Microsoft Corporation, SAP SE, Sas Institute Inc., Amazon Web Services, Inc., Bigml, Inc., Google Inc., Fair Isaac Corporation, Hewlett Packard Enterprise Development Lp, and Intel Corporation are some of the major companies operating in the global machine learning market.

Embeded systems are integrated in various diverse functionalities such as ignition, security, and audio systems. Adoption of advanced embedded systems used in automotive industry has increased significantly over past two decades. Among product types, embedded system software segment is expected to increase at a significant CAGR over the forecast period. This is due to deployment of these systems in emerging telematics products and in-vehicle infotainment for automotive. Tire pressure monitoring systems, airbags, anti-lock braking system, satellite radio, telematics, and emission control among others are some of the prominent applications that require the incorporation of an embedded system for their operations. For instance, embedded airbag system is a battery-operated system that works on commands generated from the microcontroller in an event of collision, to trigger the airbag system by operating an alternator.

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Among vehicle type, electric vehicles segment is expected to exhibit high growth rate over the forecast period. This is attributed to increasing dearth of conventional fuels, in conjunction with factors such as regulations concerning exhaust gas emissions and growing trend of vehicle electrification. For instance the European Union has set its own emissions standards. EU Regulation No 443/2009 sets an average CO2 emissions target for new passenger cars of 130 grams/kilometer. A target of 95 grams/kilometer will apply from 2021.

Increasing demand for advanced safety, comfort, and convenience systems is expected to fuel growth of the market

Stringent regulations regarding antilock braking systems (ABS), electronic brake-force distribution (EBD), tire pressure management systems (TPMS), and airbags across the globe to enhance user safety has fuelled deployment of these safety systems in the automotive industry. For instance, in 2008, the U.S. Congress TREAD Act, mandated the deployment of appropriate tire pressure monitoring system (TPMS) technology in all passenger vehicles to improve the driver and passenger safety by means of a dashboard warning system.

According to the TREAD Act, as of November 1, 2012 the European Union mandated TPMS in every passenger car models. The US Highway Safety Act of 1991 made airbags and ABS features mandatory in all passenger cars. Embedded technology in these systems is required for efficient operation and this is expected to fuel growth of the automotive embedded systems market.

Emergence of autonomous vehicles is another factor supporting growth of the market

Advent of autonomous vehicle is an opportunity for key players in the global automotive embedded systems market. According to IHS Markit — an automotive database provider — the global autonomous vehicles sales is expected to cross over 600,000 units in 2025 increasing at a CAGR of 43% between 2025 and 2035. Key players in the industry segment include Ford, Mercedes, and Tesla that are involved in the development and manufacturing of autonomous vehicles. According to Markit, autonomous vehicle sale in China is expected to reach around 5.7 million by 2035 and in the U.S. about 4.5 million vehicles.

Automotive Embedded System Market, Regional Analysis

The recent past witnessed key companies in the automotive industry shifting focus towards emerging markets in Asia Pacific. Asia –pacific is the largest growing market in global automotive embedded systems market. China and India are expected to be major growth markets in Asia Pacific. According to The Organisation Internationale des Constructeurs d’Automobiles (OICA), in 2016, total vehicle sales in China was 28,028,175 units, which is 14.5% of the global sales, and this in turn is driving growth of the embedded systems market.

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Major players operating in the global automotive embedded systems market are Robert Bosch GmbH, Panasonic Corporation, Toshiba, Continental AG, Denso Corporation, Mitsubishi Electric Corporation, Delphi Automotive LLP, Texas Instruments Incorporated, Infineon Technologies AG, Harman International, NXP Semiconductors N.V., and Johnson Electric.

Automotive energy harvesting and regeneration refers to the process of extraction and storage of energy from external sources such as wind, thermal, solar, or kinetic energy from motion of the vehicle for application in powering or improving the vehicle overall energy efficiency. Energy generated in the process is stored in capacitors and batteries and is utilized for supporting the operations of the vehicles.

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Dearth of conventional fuel sources in conjunction with concerns regarding growing carbon footprint fueling the growth of the automotive energy harvesting and regeneration market

According to CIA World Factbook, conventional fuels, commonly referred to as the fossil fuels such as coal, oil, and gas are expected to be exhausted by 2052, if the global consumption of oil remains consistent with an annual oil consumption of over 11 billion tons. Automotive and transportation account for a major share of the global energy consumption, which is expected to fuel demand for advanced technologies in the industry segments. Plug-in hybrid electric vehicles, hybrid, battery electric vehicles are expected to be among the prominent end-use segments of the technology, with hybrid electric vehicles dominating the industry share over the forecast period.

Another factor influencing the growth of the automotive energy harvesting and regeneration market is the growing stringency of the regulatory bodies towards reducing the carbon footprint and enhancing the existing efficiency of the fuel efficiency and emissions. For instance, Corporate Average Fuel Economy (CAFÉ) Standards in U.S. propagating adoption of energy efficient automotive by formulating regulations for reduction of petroleum consumption, enhancing the utilization of alternative fuel vehicles such as hybrid vehicles. It also focuses on reducing greenhouse emissions, and promoting development of innovative technologies to increase their reliance on renewable and conservation of energy sources. This in turn creates a highly conducive environment for growth of the global automotive energy harvesting and regeneration market.

Automotive Energy Harvesting and Regeneration Market Taxonomy

On the basis of vehicle type, the global automotive energy harvesting and regeneration market is classified into:

• Plug-in hybrid electric vehicles
• Hybrid Electric Vehicles
• Battery Electric Vehicles
• Pure Electric Vehicles

On the basis of recovery system, the global automotive energy harvesting and regeneration market is classified into:

• Plug-in hybrid electric vehicles
• Turbocharger
• Regenerative Braking System
• Exhaust Gas Recirculation System
• Automotive Flywheel

Lack of adequate power back up from existing storage sources and high initial costs are anticipated to present considerable growth challenge to the market growth

Incorporation of energy conservation and regenerative systems such as automotive flywheels, turbochargers, and exhaust gas recirculation systems, leads to additional cost of ownership of the vehicles. Moreover, battery storages have small energy density per unit volume and also add on to the existing architecture of the vehicle. This significantly decreases the performance of the vehicle and in turn dissuades consumers from adopting these alternative fuel powered vehicles. These factors are expected to hamper the overall automotive energy harvesting and regeneration market growth over the forecast period.

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European Union and the U.S. have showed substantial inclination towards adoption of these technologies to enhance operational efficiency of vehicles and usher in clean energy driven vehicles. Among the chief trends gaining traction in the region, green manufacturing to curtail the emission of GHGs and improve the utilization of renewable sources has gained significant popularity. Continental AG, Robert Bosch GmbH, Denso Corporation, Delphi Automotive PLC, Faurecia SA, Tenneco Inc., ZF Friedrichshafen AG, Gentherm Incorporated, Torotrak PLC, and Ricardo PLC among others are the chief players in the global automotive energy harvesting and regeneration market.