2022 Outlook on the New Energy Vehicle Thermal Management System Global Market: Featuring Tesla, BYD, Volkswagen and NIO Among Others – GlobeNewswire

Dublin, Oct. 26, 2022 (GLOBE NEWSWIRE) — The “New Energy Vehicle Thermal Management System Marketplace Research Report, 2022” report has been added to ResearchAndMarkets. com’s offering.

The rapid development of Chinese new energy vehicles has brought more opportunities for parts and components. Chinese enterprises, such as Sanhua Intelligent Controls, Zhejiang Yinlun Machinery, Aotecar, Tuopu Group, etc., have been actively deploying new energy thermal management in recent years. They have obtained orders from emerging automakers, domestic and foreign OEMs and other brand new energy vehicle companies for thermal management products, plus made a breakthrough in the core technology of new energy vehicles.

Market and Technology Trends of System Components

`New Energy Automobile Thermal Administration System Market Research Report, 2022` released by the publisher summarizes and analyzes top 12 providers of recent energy automobile thermal administration system integration solutions, top 10 suppliers associated with heat pump air conditioners, top ten suppliers of electric compressors, top 10 providers of electronic water pumps, top 7 suppliers of battery heat management systems, top 6 suppliers associated with thermal management system piping, top 5 suppliers of heat exchangers, and best 4 suppliers of digital expansion valves.

Development Trend 1: Heat Pump Air Conditioning Program

The particular heat pump system represents a clear development direction for thermal management associated with new power vehicles. More and more models adopt heat penis pumps which can realize comprehensive energy utilization for new energy vehicles. In the future, the heat pump motor system will develop towards integration and modularization.

Development Trend 2: Refrigerant Technology Routes

With the steady advancement of environmental protection policies, the replacement of R-134a has become inevitable, but automakers have different opinions on choosing R-1234yf or CO(2) as refrigerant.

DuPont and Honeywell developed R-1234yf jointly plus applied with regard to a production process patent for it, which means the use of the technology requires the patent fee. American auto manufacturers like GM, Ford, and so on., as well as French automakers like PSA, etc. adopt R-1234yf.

In addition to Eco-friendly and heat pump performance, CO(2) is relatively safer because it is not flammable while R-1234yf will be moderately flammable. German automakers like Daimler, Volkswagen, BMW, etc. prefer CO(2).

Evolution of Heat Pump motor Air Conditioning Refrigerant Technologies

Development Pattern 3: Electric Compressors

Using the advancement of new energy automobiles, almost all automotive air-conditioning compressor companies are aggressively transferring to electric compressors. Since electric powered compressors have a short history as emerging components, most players are standing on the same starting line. With increasing market demand, electric compressor takes relatively tight capacity and is in short supply.

Emerging businesses: As the sales volume of brand new energy vehicles escalates, heat management industry has seen a boarder market space, and a large number of enterprises including conventional white goods corporations (such while Hisense, Gree, Midea, etc . ) and new power vehicle companies have flocked to electrical compressor business. However, it is not easy for conventional white goods companies in order to dabble in the field of automotive air conditioning. Nowadays, there is no outstanding Chinese language air conditioner brand that excels within automotive air conditioners plus air conditioner compressors.

New technology routes: The current novel technology routes for electric powered compressors include:

  • R744 (CO2) compressors (R744 ultra-low-temperature warmth pump air compressors of Shanghai EVERLAND AMPEREX)
  • Air-enhancing enthalpy compressors (air-enhancing enthalpy compressors of Aotecar and Shanghai in china EVERLAND AMPEREX)
  • 800V electric compressors (Brose’s 800V/55cc electronic air conditioner air compressors, MAHLE’s 800V 57cc electric compressors), and so on.

Technical Architecture and Trends of OEM Thermal Management Systems

The automotive thermal administration system controls heat associated with entire vehicle to ensure that the particular occupants, batteries, motors, and other components are almost all within a comfortable temperature environment. New energy vehicles have higher requirements for thermal management, so that the cost herein is about three times that of fuel automobiles. New power vehicles not only add battery thermal management systems, but also require product replacement plus upgrades. Moreover, new energy vehicle parts are more sensitive to temperature, so there are higher requirements regarding components and more detailed requirements for the coordination of all components.

Under such circumstances, new power vehicle Oes have launched their own unique heat management system solutions, dominating the growth of thermal management solutions and featuring significant customization.

For example, BYD’s latest e-platform 3. 0 enables heat water pump integration. Below the architecture of e-platform 3. 0, the integrated thermal administration system no longer simply integrates cockpit air conditioner system plus blade electric battery thermal management system.

In terms of design concept, the heat management system is similar in order to Tesla’s incorporated valve island solution, which usually integrates refrigerant circuit on a large scale. The valve tropical isle structure combines most control components of refrigerant circuit, and divides them into electric compressors, front-end modules, thermal administration integrated segments, in-vehicle condensers and evaporators, which are controlled by software through electrical drive program.

Under e-platform 3. 0 architecture, the particular integrated thermal management system based on BC series temperature pump air conditioning reduces energy loss, conducts the interaction associated with cooling and heat around cockpit plus power battery pack, makes BYD OS control domains, sends cooling directly to blade battery power and cockpit, and allows heat to be transferred between electric drive system, cockpit and blade battery.

Key Topics Covered:

one Introduction and Policy of New Energy Vehicle Thermal Administration System
1 . 1 Introduction of New Energy Automobile Thermal Management System
one 1. 1 Definition
one. 1 ) 2 Traditional/New Power Vehicle Heat Management System Structure
1 . 1. 3 Traditional/New Energy Vehicle Thermal Administration System – Air conditioner Program
one. one 4 Traditional/New Energy Vehicle Thermal Management System – Engine, Transmission plus Auxiliary Program Thermal Management
1. 1 ) five Traditional/New Power Vehicle Heat Management System – Battery/Electric Motor/ Electric Control Program Thermal Administration
one. 1 . six Industrial Chain Structure of Thermal Management System
one two Related Policies
1. 2 . one Global Brand new Energy Automobile Incentive Policy
1. second . 2 China’s National Policy Promotes Long-term Benefits of New Energy Vehicle Market
1. 2 . 3 Nationwide New Energy Vehicle Thermal Management Safety Supervision Plan
1 ) 2. four New Power Vehicle Heat Management System Industry Standard – Ac System
1. second . 5 New Energy Automobile Thermal Administration System Industry Standard — Power Battery Thermal Management
1 . 3 Advancement Trend
1. 3. 1 Technology Development Tendency (1)
1. a few. 2 Technologies Development Craze (2)
1. three or more. 3 Marketplace Trends

2 Current Situation and Trend of recent Energy Vehicle Thermal Administration Market
2 . 1 Global New Energy Vehicle Sales Forecast
2. one 1 Worldwide New Power Vehicle Guidelines and Incentives
second . 1. two Ten-year Product sales forecast associated with Global Brand new Energy Automobile
2 . 1. a few Global Fresh Energy Vehicle Sales
2. 1 ) 4 Global New Energy (EV + PHEV) Passenger Car Sales
second . 1. 5 Global New Energy (EV + PHEV) Passenger Car Sales by Brand
2. 1 . 6 Worldwide New Power (EV + PHEV) Traveler Car Product sales by Model
2 . 2 Sales/Ownership of Brand new Energy Vehicles in China
2. second . one Automobile Sales in The far east
two. 2 . 2 Number of Motor vehicles/Automobiles in China
second . two. 3 Vehicle Ownership within China : Urban Distribution
2. 2 . 4 Overall Production and Product sales of New Energy Vehicles inside China
second . two. 5 Overall Production plus Sales of New Power Vehicles in China – by Fuel Type
2. 2 . 6 Sales of New Energy Passenger Car inside China
second . 2. 7 Product sales of new energy commercial vehicles in Tiongkok
two. 3 Global and Cina Automotive Thermal Management Program Market Size
2. 3. 1 Global and China Brand new Energy Automobile Thermal Management System Market Size
2 . three or more. 2 Worldwide and China and taiwan New Energy Vehicle Heat Management Segment Product Marketplace Size
second . four Cost of New Energy Vehicle Thermal Administration System
2 . 4. 1 Cost Composition associated with New Power Vehicle Thermal Management System
second . 4. two Value of Single Automobile with Brand new Energy Heat Management System is about 2-3 times Higher than those of Traditional Vehicle
2 . four. 3 Comparison of Single Vehicle Value of Traditional/New Energy Vehicle Thermal Management System
2. five New Energy Vehicle Thermal Management Program Competition Landscape
second . 5. one New Power Vehicle Heat Management System is Domestically Produced in large quantities, and Technical Level Grows rapidly
2. 5. 2 Main Products plus Customers associated with New Energy Vehicle Thermal Management providers
2 . 5. several Foreign Automotive Thermal Administration Companies possess Settled in China
2. five. 4 Parts and Integrated Product Layout of Domestic New Power Vehicle Heat Management Enterprises
second . 6 Growth Trend of recent Energy Automobile Thermal Management System
2. 6. 1 New Energy Vehicle Thermal Administration System Should Meet Product Characteristics
2. six. 2 Development of Core technologies
2 . 6. 3 or more Systematic and Modular Development

3 Analysis of New Energy Automobile Thermal Management Industry String
3. 1 New Energy Vehicle Thermal Management System Integration
3. 2 New Power Vehicle PTC/Heat Pump Air Conditioner
a few. 3 Brand new Energy Vehicle Heat Pump Air Conditioner Refrigerant
3. 4 New Energy Vehicle Power Battery Heat Management Program
3 or more. 5 New Energy Automobile Electric Compressor
3. 6 Brand new Energy Vehicle Electronic Expansion Valve
3. seven New Power Vehicle Electronic Water Pump motor
a few. 8 New Energy Automobile Heat Exchanger
three or more. 9 Brand new Energy Vehicle Thermal Administration System — Pipeline

4 New Energy Automobile Thermal Management System Suppliers
4. one Denso
4. two MAHLE
4. several Valeo
4. four Hanon
4. 5 Sanden Corporation
4. 6 Continental
four. 7 Aotecar
4. 8 Yinlun Machinery
4. 9 Sanhua Smart Controls
4. 10 Songz Automobile Air-con
4. 11 HASCO
4. twelve Tenglong Auto Parts
4. 13 Feilong Car Components
4. 14 Kelai
4. 15 Dun’an Artificial Environment
4. 16 Midea Welling Car
4. 17 Baling Technology
four. 18 Huawei
4. 19 Zhongding

five OEM Thermal Management System Solution
5. 1 Tesla
five. 2 BYD
5. 3 Vw
five. 4 NIO
5. 5 SAIC Group
5. 6 Geely
5. 7 Li Auto
five. 8 Xpeng
5. 9 WM
five. 10 Audi
5. 11 THE CAR
five. 12 SAIC-GM
5. 13 Hyundai Motor

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