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Increased Focus on Thermal Management Systems for EVs Generates Revenue Streams

Electric vehicles (EVs) are being highly publicized as a greener and more economical transportation options as compared to conventional vehicles. This has triggered innovations in automotive battery thermal management systems for emission-free driving and cheaper maintenance of vehicles among consumers. As such, battery electric vehicles are predicted for explosive growth in terms of revenue, where the market value share is estimated to leap from ~40% in 2018 to ~80% by 2027 in the automotive battery thermal management system market.

Increase in sales of plug-in electric vehicles and hybrid EVs are some of the key drivers contributing to the growth of the automotive battery thermal management system market. This trend is prominent in the U.S. Hence, companies in the market for automotive battery thermal management systems should eye opportunities in North America, since the market in the region is expected to witness significant growth. Eco-friendly trends are boosting the credibility of companies due to reduction in gasoline usage and CO2 emissions.

automotive battery thermal management system market infographic

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Deep Understanding of Working Ambient Temperature Helps Improve Battery Performance

One of the key focus areas for ongoing development of EVs caters to innovations in their energy storage systems. Likewise, lithium-ion (Li-ion) batteries are being pervasively used in automobiles to serve as efficient energy storage solutions. Hence, manufacturers in the automotive battery thermal management system market are increasing their production capabilities to introduce new variants of Li-ion batteries such as Li-Co lithium-ion (LCO), Li-Fe lithium-ion (LFP), and Li-Mn lithium-ion (LMO), among others. Companies in the market for automotive battery thermal management systems are increasing their research efforts in understanding the working ambient temperature to improve battery performance.

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Battery performance is highly dependent on the working ambient temperature. Since the battery state of health (SOH) is significantly influenced by changes in temperature, companies in the automotive battery thermal management system market are increasing their efficacy to understand the working ambient temperature. This is primarily important for companies in the market for automotive battery thermal management systems to address the issues of batteries used in vehicles of countries with hot climates.

Storing Thermal Energy in Reservoir Helps to Prevent Waste Heat Generation

Nowadays, EVs are using large packs of Li-ion batteries, owing to their reasonable energy density and efficiency metrics. However, companies in the automotive battery thermal management system market need to address the issue of waste heat generation.

The automotive battery thermal management system market is progressing at a rapid CAGR of ~38% during the forecast period. However, the problem of heat losses in automotive battery thermal management systems significantly cause efficiency degradation in energy systems, thus slowing down market growth. Hence, companies are increasing R&D in cleaner and smarter energy systems to overcome the obstacles of waste heat generation.

Thermal management in efficient heat storage systems is an emerging trend grabbing the attention of companies in the market for automotive battery thermal management systems. Various thermal management strategies such as storing the thermal energy in a reservoir for a defined period of time and later deploying it for future needs are benefitting both stakeholders and end users.

Thermoelectric-based Solutions Support Increasing Adoption of 48V Li-ion Batteries in Vehicles

Thermoelectric battery thermal management systems are helping companies gain global recognition. For instance, in April 2019, Gentherm-a leading developer and marketer of innovative thermal management technologies, announced the launch of their thermoelectric battery thermal management system, which helped them boost their credibility among automotive suppliers on a global level.

The increasing adoption of the 48V Li-ion batteries has fueled the demand for innovative automotive battery thermal management systems. Moreover, the 48V & above battery capacity segment of the automotive battery thermal management system market is estimated to witness high growth by 2027. In order to capitalize on this profitable trend, companies in the automotive battery thermal management system market are increasing the availability of thermoelectric-based solutions. Manufacturers are introducing innovative solutions based on thermoelectric technology that can be fully integrated as a structural part in the battery housing.

automotive battery thermal management system market segmentation

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Analysts’ Viewpoint

The automotive battery thermal management system market is projected to reach a promising output of ~37,000 units by the end of 2027. The demand for battery thermal management systems is anticipated to surge in the domain of EVs, since Li-ion batteries can only operate efficiently in certain specific temperatures. Thus, companies are increasing their efficacy in phase change materials (PCMs), cooling fins, and liquid coolants to maintain favorable temperatures of energy systems.

Thermoelectric cooling is an innovative concept, which is generating incremental opportunities for companies. However, as capacity and charge/discharge rates increase, the issues of battery security will affect the longevity of batteries. Hence, companies should increase their research spending to meet the demand for higher power and faster charge rates to overcome the obstacles of battery security issues.

Automotive Battery Thermal Management System Market: Overview

  • Batteries are the power source for electric vehicles. The performance or output of batteries varies according to the surrounding temperature, such that their performance is affected by excessive temperature; therefore, maintaining an adequate temperature for batteries is essential in order to achieve proper functioning and efficiency of the battery cells.
  • Hybrid electric vehicles have different levels of blending, such as different levels of fuel mixture, and based on the blending level and capacity of electric vehicles, number of cells, battery size, and type varies accordingly. The performance and life of the battery system of electric vehicles is affected by the surrounding temperature. Thus, battery thermal management systems are generally integrated with battery cells. The battery thermal management system maintains the battery temperature, at which the battery output is optimum. 

Key Drivers and Restraints of Automotive Battery Thermal Management System Market

  • Adoption of electric vehicles is increasing at an exponential rate. Government incentives and subsidies, increased awareness about global temperature rise, stringent emission norms imposed by governing bodies, international agreements to reduce pollution from the transportation industry, and increase in capabilities of electric vehicles are fueling the demand for electric vehicles across the globe. This, in turn, is propelling the demand for battery thermal management system.
  • Governments of several nations, such as China, Germany, the U.K., India, and France, have announced a ban on the use of fuel-powered vehicles in the near future, which is anticipated to offer lucrative opportunities for the global automotive battery thermal management system market

Automotive Battery Thermal Management System Market: Segmentation

  • The global automotive battery thermal management system market has been segmented based on system type, battery capacity, battery type, technology, vehicle type, electric vehicle type, and region
  • The active battery thermal management system consists of forced circulation of coolant in order to maintain uniform temperature of batteries. The coolant can be air or liquid. The forced air circulation method is simple in construction and inexpensive and hence, it has proven to be a reliable technology of the battery thermal management system. However, the system is not effective at higher battery temperatures, such as 50 to 55 degree Celsius. The liquid-cooled battery thermal management system is capable of maintaining uniform battery temperature; however, the system is complicated and cumbersome to maintain. The active battery thermal management system segment is likely to expand at significant CAGR during the forecast period owing to its simplicity, inexpensiveness, and superior performance.
  • Considering the battery capacities of different batteries used in electric vehicles, 12 volt batteries are widely employed. These are the basic form of batteries that have been utilized in electric vehicles since their development. However, 12 volt batteries have shorter lifespan and small power storage capacity. Moreover, these batteries take a significantly long time to recharge. 48 volt and higher capacity batteries are gaining popularity, owing to their fast charging capabilities and higher power storage capacity. 
  • Lithium-ion batteries are capable of storing large power and require low maintenance; hence, these batteries are utilized in a large number of electric vehicles. However, solid state batteries are gaining popularity due to their safe and stable performance and higher energy densities, as compared to conventional Li-ion batteries. Faster charging speed is another major factor that is boosting the demand for solid state batteries. 

Automotive Battery Thermal Management System Market: Regional Segmentation

  • Based on region, the global automotive battery thermal management system market can be segregated into North America, Asia Pacific, Europe, Latin America, and Middle East & Africa. China and Japan account for a large number of passenger and commercial electric vehicles. Manufacturers concern toward electric vehicles, government support, shifted preference of consumers toward electric vehicles, and stringent emission norms are fueling the penetration of electric vehicles across China and Japan. India is among the emerging markets for electric vehicles.
  • Asia Pacific is dominating the global automotive battery thermal management system market, owing to the large number of electric vehicles across China and Japan and increasing demand across India, Australia, and ASEAN nations. It is predicted to maintain its leading position in the global market during the forecast period. 
  • Key Players Operating in the global automotive battery thermal management system market include
    • Continental AG
    • LG Chem Ltd.
    • Robert Bosch GmbH
    • Valeo
    • Calsonic Kansei Corporation
    • GENTHERM
    • Dana Incorporated
    • MAHLE GmbH
    • SAMSUN SDI CO.LTD.
    • VOSS Automotive GmbH
    • CapTherm Systems Inc.
    • Hanon Systems
    • Grayson 

Automotive Battery Thermal Management System Market – Scope of the Report

Transparency Market Research’s recent report on the automotive battery thermal management system market, with the help of a comprehensive outlook, provides readers with an assessment of the global market landscape. This study on the automotive battery thermal management system market analyzes the scenario for the period of 2019 to 2027, wherein 2018 is the base year, and 2017 and before is historical data. This report enables readers to make important decisions with regard to their business, with the help of a wealth of information enclosed in the study.

This TMR study on the automotive battery thermal management system market also provides data on the developments made by important players and stakeholders in the market, along with a competitive analysis. The report also provides an understanding of the strengths, weaknesses, threats, and opportunities, along with the trends and restraints in the landscape. Presented in a clear sanctioned manner, this report on the automotive battery thermal management system market gives readers an individual understanding of the market.

This study also discusses the underlying trends and the impact of various factors that are driving the automotive battery thermal management system market, along with their influence on the evolution of the market.

This study also offers Porter’s Five Point Analysis, value chain analysis, regulatory scenario, and a SWOT analysis of the automotive battery thermal management system market, in order to elaborate the crucial growth tactics and opportunities for market players contributing to the market.

Key Questions Answered in This Report on Automotive Battery Thermal Management System Market

  • How much revenue will the automotive battery thermal management system market generate by the end of the forecast period?
  • Which segment of the market is likely to have the maximum market share by 2027?
  • What are the impact factors and there effects on the market for battery thermal management systems?
  • What regions currently contribute the maximum share to the overall automotive battery thermal management system market?
  • What are the indicators expected to drive the automotive battery thermal management system market?
  • What region is likely to be a lucrative market during the forecast period?
  • What are the essential strategies by key stakeholders in the automotive battery thermal management system market to expand their geographic presence?
  • What are the major advancements witnessed in the automotive battery thermal management system market?
  • How regulatory norms affected the automotive battery thermal management system market?

This report answers these questions and more about the automotive battery thermal management system market, aiding major stakeholders and key players in making the right decisions and strategizing for the advancement of their business.

Automotive Battery Thermal Management System Market: Research Methodology

This TMR report on the automotive battery thermal management system market is based on a complete and comprehensive evaluation of the market, backed by secondary and primary sources. Market volume is determined by country wise model mapping of vehicle through internal & external proprietary databases, and relevant patent and regulatory databases. The competitive scenario of the automotive battery thermal management system market is supported by an assessment of the different factors that influence the market on a minute and granular level. By thoroughly analyzing the historical data, current trends and announcement by the key players, researchers of the automotive battery thermal management system market arrive at predictions and estimations, and calculate the forecast for the market.

This report uses an analytical triangulation method to estimate the numbers and figures of the automotive battery thermal management system market, with both a bottom-up and top-down approach.

This detailed assessment of the automotive battery thermal management system market, along with an overview of the landscape, is provided based on a careful examination of the avenues related to this industry. Analysts’ conclusions on how the automotive battery thermal management system market is estimated to expand are based on carefully vetted primary and secondary sources.

Automotive Battery Thermal Management System Market: Segmentation

This report on the automotive battery thermal management system market provides information on the system type, battery capacity, battery type, technology, vehicle type, electric vehicle type, and region.

System Type

Active

Passive

Battery Capacity

12V

14V

24V

48V & Above

Battery Type

Solid

Conventional

Technology

PCM

Liquid Cooling & Heating

Air Cooling & Heating

Vehicle Type

Passenger Vehicle

Commercial Vehicle

Electric Vehicle Type

Battery Electric Vehicle

Plug-in-Hybrid Vehicle

Hybrid Electric Vehicle

Region

North America

Europe

Asia Pacific

Latin America

Middle East & Africa

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Battery Thermal Management System Automotive Market

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