Global and China 800V High Voltage Platform Research Report 2023: Tier 1 Suppliers Race to Unveil their 800V Component Products - Most of the New Products will Become Available During 2023-2024 - ResearchAndMarkets.com

The "800V High Voltage Platform Research Report, 2023" report has been added to ResearchAndMarkets.com's offering.

How to realize the commercialization of 800V will play a crucial part in the strategy of OEMs.

In current stage, 800V platforms are still facing a situation of loud thunder but small raindrops. The publisher's statistics about the insurance data show that insured vehicles with 800V platforms in China were still less than 10,000 units in 2022. The low cost performance and poor ultra-fast charging experience offered by 800V models are the major flaws criticized by consumers.

The industry boom still requires the lower cost of upstream materials and systems, and the gradual deployment of downstream 480kW/500kW ultra-fast charging piles to cover key use scenarios, so that 800V models can be pulled into the market explosion node which is expected to come around 2024 according to the plans of large automakers.

Tier 1 suppliers race to unveil their 800V component products. Most of the new products will become available during 2023-2024.

Leadrive Technology: in 2022, the first SiC-based `three-in-one` electric drive system jointly developed by Leadrive Technology and SAIC Volkswagen went into trial production and made a debut at the Volkswagen IVET Innovation Technology Forum.

Tested by SAIC Volkswagen, this `three-in-one` system equipped with Leadrive Technology's silicon carbide (SiC) ECU can increase the cruising range of the ID. 4X model by at least 4.5%. Additionally, Leadrive Technology and Schaeffler will co-develop electric drive assembly products including 800V SiC electric axle.

Vitesco Technologies: the highly integrated electric drive system product EMR4 is projected to be mass-produced in China and supplied to global customers in 2023. EMR4 will be spawned at Vitesco Technologies' factory in Tianjin Economic-Technological Development Area and delivered to automakers inside and outside China.

BorgWarner: the new 800V SiC inverter adopts Viper's patented power module technology. The application of SiC power modules to 800V voltage platforms reduces the use of semiconductors and SiC materials. This product will be mass-produced and installed on vehicles between 2023 and 2024.

800V is still in the ascendant, but the battle for silicon carbide (SiC) production capacity has begun.

In new 800V architecture, the key to electric drive technology is the use of third-generation SiC/GaN semiconductor devices. While bringing technical benefits to new energy vehicles, technology iterations also pose many challenges to automotive semiconductors and the entire supply chain. In the future, 800V high-voltage systems with the third-generation SiC/GaN semiconductors as the core will usher in a period of large-scale development in the fields of automotive electric drive system, electronic control system, on-board charger (OBC), DC-DC, and off-board charging pile.

China still has a big gap with foreign counterparts in development of gallium oxide (Ga2O3), and has yet to achieve mass production.

By virtue of large band gap, high breakdown field strength and strong radiation resistance, gallium oxide (Ga2O3) is expected to dominate in the field of semiconductor power electronics in the future. Compared with common wide-bandgap SiC/GaN semiconductors, Ga2O3 boasts a higher Baliga quality factor and lower expected growth cost, and has more potential in application to high-voltage, high-power, high-efficiency, and small-size electronic devices.

In policy's term, China also pays ever more attention to Ga2O3. As early as 2018 China has set about exploring and studying ultra-wide bandgap semiconductor materials including Ga2O3, diamond and boron nitride. In 2022, the Ministry of Science and Technology of China brought Ga2O3 into the National Key R&D Program during the `14th Five-Year Plan` Period.

On August 12, 2022, the Bureau of Industry and Security (BIS) under the U.S. Department of Commerce issued an interim final rule that establishes new export controls on four technologies that meet the criteria for emerging and foundational technologies, including: GAA technology, EDA software, PGC technology, and the two substrates of ultra-wide bandgap semiconductors, Gallium Oxide (Ga2O3) and diamond. The two export controls came into effect on August 15. Ga2O3 has drawn more attention from the global scientific research and industrial circles.

Although gallium oxide (Ga2O3) is still at the initial stage of R&D, China has made several breakthroughs within 15 months from 2022. Its gallium oxide preparation technologies from 2 inches to 6 inches in 2022, and then to the latest 8 inches are maturing.

Key Topics Covered:

1 800V High Voltage Platform Market

1.1 Overview of 800V High Voltage Platform

1.2 Policies/Standards Concerning 800V High Voltage

1.3 800V High Voltage Market Size and Pattern

2 Application of 800V High Voltage in Vehicles

2.1 Impacts of 800V High Voltage on Vehicle Components

2.2 Impacts of 800V High Voltage Platform on Components

2.3 Impacts of 800V High Voltage on Battery

2.4 Impacts of 800V High Voltage on Electric Drive

2.5 Impacts of 800V High Voltage on Motor

2.6 Requirements of 800V High Voltage for Thermal Management

2.7 800V High Voltage Platform Isolation Chip

2.8 800V High Voltage Film Capacitor

2.9 800V High Voltage Connector and Fuse

3 Application of 800V High Voltage in Piles

3.1 Impacts of 800V High Voltage on Pile Components

3.2 Development Phases of 800V High Voltage Platform

3.3 800V High Voltage Charging Pile

4 Application Trends of 800V High Voltage Platform SiC

4.1 Advantages of SiC Products

4.2 Application of SiC in 800V High Voltage Platforms for Vehicles

4.3 Application of SiC in 800V High Voltage Platforms for Pile

4.4 SiC Industry Scale and Competitive Landscape

4.5 SiC Power Device Layout

4.6 SiC Substrate Layout

4.7 Other Semiconductor Materials

4.8 Gallium Nitride (GaN)

4.9 Gallium Oxide (Ga2O3)

4.10 Gallium Oxynitride (GaON)

5 800V High Voltage Platform Solutions of OEMs

5.1 800V High Voltage Technology Layout of OEMs

5.2 Porsche

5.3 Jaguar Land Rover

5.4 Hyundai Kia

5.5 Volkswagen Audi

5.6 Mercedes-Benz

5.7 BYD

5.8 Xpeng Motors

5.9 Tesla

5.10 GAC Aion

5.11 Geely

5.12 Great Wall Motor

5.13 Dongfeng Voyah

5.14 BAIC ARCFOX

5.15 Leapmotor

5.16 Li Auto

5.17 Others

5.17.1 Polestar - 800V High Voltage Platform Deployment

5.17.2 NIO - 800V High Voltage Platform Battery Pack and Grouped Battery Swapping

5.17.3 Hycan - 800V High Voltage Layout

5.17.4 Volvo - 800V High Voltage Layout

5.17.5 McLaren - 800V High Voltage Layout

5.17.6 Lotus - Supercharging Network

5.17.7 Cadillac - 800V High Voltage Layout

5.17.8 Peugeot - 800V High Voltage Layout

5.17.9 Alfa - 800V High Voltage Layout

5.17.10 RAM - 800V High Voltage Layout

6 800V High Voltage Platform Solutions of Tier 1 Suppliers

6.1 800V High Voltage Technology Layout of Tier 1 Suppliers

6.2 Huawei

6.3 Farasis Energy

6.4 Vitesco Technologies

6.5 ZF

6.6 Joyson Electronic

6.7 Shinry Technologies

6.8 VMAX

6.9 BorgWarner

6.10 Valeo

6.11 Schaeffler

6.12 Others

6.12.1 Leadrive Technology - 800V `Three-in-one` Electric Drive System

6.12.2 CRRC Times Electric - High Power Electric Drive Product C-Power 220s

6.12.3 Changsha Xiangdian Electric Technology Co., Ltd. (Xiangdian Research Institute) - 800V System Assembly Project

6.12.4 Hitachi AMS - 800V System Inverter

6.12.5 AVL - 800V Technology Layout

For more information about this report visit https://www.researchandmarkets.com/r/83um32

About ResearchAndMarkets.com

ResearchAndMarkets.com is the world's leading source for international market research reports and market data. We provide you with the latest data on international and regional markets, key industries, the top companies, new products and the latest trends.

View source version on businesswire.com: https://www.businesswire.com/news/home/20230607005722/en/