Exhaust Heat Recovery System Market for Automotive to Record Sturdy Growth

Posted by surendra choudhary on March 13th, 2019

Increased pollution and awareness about the same among consumers has presented numerous opportunities for manufacturers of exhaust heat recovery systems. Key players operating in the global automotive exhaust heat recovery system market include Robert Bosch GmbH, Continental AG, Aptiv, Hitachi Ltd., DENSO CORPORATION, Bosal, Faurecia, Cummins Inc., Tenneco Inc, Borgwarner Inc., Autoliv Inc., and Ihi Corporation.

An automotive exhaust heat recovery system turns the thermal losses contained in the engine exhaust into energy. The output of this system is either electric energy stored in a battery or mechanical energy transferred to the crankshaft. Utilization of this system is a prominent method of increasing fuel efficiency and decreasing the pollution, simultaneously; hence, vehicle manufacturers have great interest over research and development related to this system. The exhaust heat recovery system is used either on a conventional vehicle or hybrid vehicle. This system cannot be used on electric vehicles, as they do not emit any exhaust gases. Numerous research and development activities have been carried out on engines, yet the maximum achievable efficiency is 45% for a diesel engine. For other engines, the maximum achievable efficiency is 35%. Rest all heat is lost as pumping losses, friction losses, cooling losses, exhaust losses, and accessories. Losses in an exhaust pipe comprise thermal losses, kinetic losses, chemical losses, and latent heat losses; however, major losses amongst these are thermal losses and kinetic losses. The heat lost in the exhaust cannot be recovered entirely; however, a portion of this heat is recovered by employing the exhaust heat recovery system.

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The key driver of the automotive exhaust heat recovery system is its capability of reducing pollution. Governing bodies of various countries, manufacturers, and consumers are focusing on research and development related to reducing pollution, due to the rise in level of pollution and the increase in number of vehicles. Demand for exhaust heat recovery system is increasing, globally, as it is a highly effective system that helps utilize the exhaust and reduce pollution. Another key driver of the exhaust heat recovery system is stringent government norms. Several countries have legislation on carbon dioxide emission owing to the increase in level of atmospheric carbon dioxide. Consequently, the demand for waste exhaust heat recovery system is increasing. Another key driver for the exhaust heat recovery system market is the reduced size of components. As the system increases fuel efficiency of engine, requirement of large sized components also decreases. This, in turn, reduces the cost as well power required for those components.

A key restraint of the automotive exhaust heat recovery system market is its cost. The system adds to the cost of the vehicle; hence, buyers prefer to ignore the system. Another restraint is the lower level of awareness among consumers. Consumers are likely to prefer adopting an exhaust heat recovery system for their vehicles if awareness is created.

The global automotive exhaust heat recovery system market can be segmented based on technology, purpose, vehicle type, sales channel, and geography. In terms of purpose the market is segregated into three segments. All the segments are preferred over different levels. Mostly the exhaust is used for exhaust gas recirculation purpose. In this the exhaust is recirculated with the fresh intake air, so as to increase the temperature of intake charge. This increases the efficiency of the engine.

In terms of technology the exhaust heat recovery market can be divided into four segments. The mechanical turbo compounding segment is witnessing significant demand for exhaust heat recovery systems. This segment has greater advantages, as compared to other three segments; hence, it is being widely utilized in vehicles. In mechanical turbo compounding, the exhaust gas is used to run a compressor, which increases the density of the intake air. Increased density of the intake increases the power output of the engine.

Based on vehicle type, the automotive exhaust heat recovery system can be segmented into three categories. The passenger vehicle segment holds a prominent share of the market, owing to the large number of passenger vehicles. It has been forecasted that the demand for passenger vehicles will be high in the future, which has great opportunities for exhaust heat recovery system market.

Based on sales channel the market is classified into two segments. The OEM segment is prominent segment amongst both. Long term contract between OEMs and the suppliers, brand quality and brand name, these are few factors those are driving the OEM segment in the exhaust heat recovery system market for automotive.

Based on geography, the automotive fuel Injector market can be segmented into five prominent regions. Europe witnesses the enactment of stringent laws regarding vehicle emission, which boosts the demand for exhaust heat recovery systems in the region.