DUBLIN, March 15, 2024 /PRNewswire/ — The “Global and China Hybrid Electric Vehicle (HEV) Research Report, 2023-2024” report has been added to ResearchAndMarkets.com’s offering.
In 2025, the share of plug-in/extended-range hybrid electric passenger cars by sales in China is expected to rise to 40%.
In 2023, China sold 2.754 million plug-in/extended-range hybrid electric passenger cars, a year-on-year spurt of 85.5%, a growth rate higher than battery electric passenger car models for five consecutive quarters, and the overall growth of the new energy vehicle market.
In China, plug-in/extended-range hybrid electric passenger cars already make up 30.6% of new energy passenger cars. In 2023, automakers in China launched more than 30 new plug-in/extended-range hybrid electric vehicle models. As new models continue to emerge, the sales of plug-in/extended-range hybrid electric passenger cars will be on the rise. It is expected that by 2025, plug-in/extended-range hybrid electric passenger cars will take up 40% of the new energy passenger car sales in China.
“Electrification plans” are set back globally, and hybrid technology ushers in a boom period.
As battery electric vehicles (BEV) see a lower-than-expected growth in sales, major global automakers concentrate more on hybrid electric vehicle (HEV) models to meet customers’ demand and the need for a gradual transition to electrification. By combining conventional internal combustion engine (ICE) system with electric systems, HEV models can help to reduce fuel consumption and emissions in the short term. Also they are very superior in adapting to consumers’ driving habits and alleviating range anxiety.
From the transformation into electrification by global OEMs, it can be seen that GM, Ford and Audi have all postponed their electrification plans. Volkswagen has scaled down its BEV production in Europe. The reasons for the delays and adjustments are reduced orders and lower-than-expected sales. HEV models, especially PHEV & REEV, have become a compromise of automakers in transformation into electrification. It is expected that the launch of new BEVs will slow down in 2024, and PHEV & REEV models will be rolled out in quantities.
The boom of hybrid electric passenger cars gives a big boost to the downstream components market.
Multi-motor/electronically controlled hybrid power systems become mainstream, favoring the rapid development of the industry chain.
In hybrid power systems, dual-motor hybrid power systems have great advantages in fuel consumption, especially paired with long-range batteries. BYD, Li Auto, Geely and Great Wall among others therefore have launched their own hybrid power systems and quickly seized the market with plug-in hybrid or extended-range energy types.
The ratio between hybrid vehicle and motors is generally 1:2/1:3. When HEVs replace ICE vehicles and rapidly increase in volume, they will be a great driving force in the development of the motor industry chain. In the case of the P1+P3 hybrid configuration, P1 is the input shaft with a motor (generator), and P3 is the output shaft with a motor (drive motor). The P1+P3 configuration actually means installation of two motors. To achieve the four-wheel drive performance, HEV models add a motor to the position of P4. This is the P1+P3+P4 configuration, namely, three motors.
Dual-electronic control systems include two sets of modules that simultaneously control the generator and drive motor to implement the strategies for the entire hybrid power system. As Chinese independent automakers launch more projects, ever more electronic control suppliers participate in the competition in the dual-electronic control system market. Sungrow E-Power, BorgWarner and other suppliers have forged long-term partnerships with automakers like Geely and Great Wall on dedicated hybrid transmission (DHT) vehicles. The dual-electronic control system market thus keeps growing accordingly.
In Changan’s P1+P3 hybrid architecture, the drive system uses TC387, a quad-core chip with computing power of 300 megabits per core, for high-precision dynamic torque response control and real-time active noise reduction. It adopts dual 4-core high-compute electronic control chips, and the core is the optimal A-ECMS intelligent energy consumption algorithm for high-precision control and real-time monitoring.
At the 2023 Munich Motor Show (IAA MOBILITY) in Germany, Sungrow E-Power introduced a hybrid dual-motor controller along with Lynk & Co EM-P, a super extended-range electric solution that uses Sungrow’s HEM hybrid dual-motor controller and applies the new-generation power device parallel technology.
Dedicated hybrid engines (DHE) with thermal efficiency of 45% have been mass-produced, and industrial upgrade is imminent.
The thermal efficiency of engines is closely related to the fuel consumption and cruising range of HEVs. The higher the engine thermal efficiency, the lower the carbon emissions and user fuel consumption in the same power output. DHEs use deep electromechanical coupling to change the operating conditions from the surface to the domain or line, favoring ultra-high fuel efficiency.
As OEMs like Geely, Dongfeng, BYD, GAC, Great Wall, and Chery lavish on research and development, hybrid electric passenger car models with thermal efficiency higher than 43% have been mass-produced by the end of 2023, especially the 2024 Voyah Dreamer carrying the new Lanhai Power hybrid engine (a 1.5T engine with front and rear dual motors) with thermal efficiency up to 45.18%. It is expected that in 2025, DHEs with thermal efficiency of 45% will find massive industrial application.
Key Topics Covered:
1 Introduction to Hybrid Electric Vehicles (HEV)
1.1 Overview of HEV
1.2 Global and Chinese Carbon Emission Policies
1.3 China’s Policies Concerning HEV
1.4 Policies Guide the Development of HEV Models
2 HEV Industry Policies and Status Quo
2.1 Global New Energy Vehicle Market
2.2 China New Energy Vehicle Market
2.3 Micro Hybrid Market (12V Start-Stop System)
2.4 Mild/Medium Hybrid Market (48V+BSG/ISG System)
2.5 Full Hybrid Market (HEV)
2.6 Plug-in Hybrid Market (PHEV 150V+)
2.7 Range-extended Hybrid Market (REEV)
2.8 Forecast on HEV Development in China
3 HEV Technology Roadmaps and Key Components
3.1 Classification of Hybrid Power System Technologies (by Power Structure)
3.2 Classification of Hybrid Power System Technologies (by Drive Motor Power Ratio)
3.3 Classification of Hybrid Power System Technologies (by Motor Layout Position)
3.4 Classification of Hybrid Power System Technologies (by Hybrid Degree/Fuel Saving Rate)
3.5 Hybrid Power System – Electric Drive System
3.6 Hybrid Components – Drive Motor
3.7 Hybrid Components – Generator
3.8 Hybrid Components – Dedicated Hybrid Engine (DHE)
3.10 Hybrid Components – Power Battery
3.11 Hybrid Components – Low Voltage Battery
3.12 Hybrid Components – Engine Exhaust Gas Recirculation (EGR) System
3.13 Hybrid Components – Electronic Control System
4 HEV Technology Suppliers
4.1 Valeo
4.2 Bosch
4.3 Continental/Vitesco Technologies
4.4 BorgWarner/Delphi
4.5 Schaeffler
4.6 GKN
4.7 Corun
4.8 Lincontrol
4.9 Camel Group
4.10 Jing-Jin Electric
4.11 Longsheng Technology
5 HEV OEMs
5.1 Toyota
5.2 Honda
5.3 Nissan
5.4 Volkswagen
5.5 GM
5.6 Volvo
5.7 BMW
5.8 BYD
5.9 Geely
5.10 SAIC
5.11 GAC
5.12 Great Wall Motor
5.13 Chery
5.14 BAIC
5.15 Changan
5.16 Li Auto
5.17 Seres
5.18 Voyah
5.19 Neta Auto
5.20 Leapmotor
5.21 Summary of Hybrid Technology Roadmaps of OEMs
For more information about this report visit https://www.researchandmarkets.com/r/3nqh1b
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