Welcome to the Industrial Automation website!

NameDescriptionContent
HONG  KANG
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

Development history, current situation and future trend of automobile industry

来源: | 作者:佚名 | 发布时间 :2023-11-23 | 389 次浏览: | Share:

America

In 1909, the Ford Company of the United States opened a new era of automobile manufacturing by producing the Model T car, which is regarded as the most important automobile invention of the 20th century. In 1913, Ford Company created the world's first automobile assembly line, which greatly improved the efficiency of automobile manufacturing, reduced production costs, and laid the foundation for the popularity of automobiles in the United States.

The United States annual output of 1 million cars in 1916, the annual output of cars exceeded 2 million in 1920, and in 1929, on the eve of the Great Depression in the United States, the annual output of cars reached 5 million, becoming the world's first automobile manufacturing power. The automobile industry has become the largest industry in the United States, and the United States has become the first country in the world to take automobile manufacturing as a pillar industry.

The rapid development of the American automobile industry gave birth to the three major automobile manufacturers in the United States, namely General Motors, Ford and Chrysler, and the sales of the three major automobile giants accounted for more than 90% of the total sales in the United States. The headquarters of the three major automobile giants gathered in Detroit, the peak of the Detroit population of more than 1.8 million, automobile production accounted for more than 80% of the global automobile production, the prosperity of the automobile industry makes Detroit become the United States and even the global automobile manufacturing center, an industry achievements a city.

Germany

Germany is the birthplace of the modern automobile and the country with the longest history of automobile manufacturing. Since the German inventor Carl Benz invented the first automobile in 1886, the German automobile industry has gone through more than 120 years of development.

In the 1920s, the United States automobile industry developed rapidly, and in addition to meeting the needs of its own people, it also exported a large number of cars to European countries. After 1930, in order to protect their national industrial development, European countries began to raise tariffs on American auto imports, forcing the three major American auto giants to establish car factories in the local area and promote the development of the European auto industry.

Affected by the two World Wars, it was not until the 1950s that the German automobile industry really entered a period of rapid development. In 1950, the annual production of automobiles in the Federal Republic of Germany reached 300,000. The Volkswagen Beetle was popular in Germany and Europe with its low price and was exported to many countries, including the United States. In 1960, Germany produced 2 million cars a year, surpassing the United Kingdom, becoming the largest automobile producer and exporter in Europe, becoming the second largest automobile manufacturer after the United States. In 1970, the annual output of automobiles in European countries reached 10.378 million, surpassing the United States, and the center of the world automobile industry gradually transferred from the United States to Europe.

The development of the German automobile industry has led to the birth of a number of world-renowned car manufacturers and auto parts manufacturers, car manufacturers have Daimler-Benz, Volkswagen, BMW, Porsche, etc., first-class parts manufacturers have Bosch, ZF, Continental and so on. Stuttgart, Germany, brings together major automobile manufacturers and first-tier parts suppliers, as well as second - and third-tier small professional suppliers in various automotive product segments, forming a huge automotive supply chain network, Stuttgart is recognized as one of the best automotive industry clusters in the world.

Japan

Japanese automobile manufacturing began with Shintaro Yoshida. In 1904, Shintaro Yoshida established Japan's first automobile manufacturing company, Tokyo Motor Works, which is now Isuzu Motor Company, and three years later produced Japan's first fuel car "Taikoo I". The Japanese government attaches great importance to the development of the automobile industry and has formulated a series of policies to promote the process of Japanese automobile localization.

In the two decades after World War II, Japan promoted high-quality, low-energy and affordable cars according to the national conditions of resource shortage. The Japanese automobile industry entered a period of rapid development. In 1961, the annual output of Japanese automobiles exceeded Italy and ranked fifth in the world, surpassed France and ranked fourth in 1965 and surpassed Britain and third in 1966. In 1968, it overtook Germany to take second place.

In the 1970s, the global oil crisis broke out, high-power and large cars in Europe and the United States were hit hard, and Japan's high-quality, low-energy and affordable cars swept the world. In 1980, Japan's annual automobile production exceeded the 10 million mark for the first time, beating the United States to become the world's first automobile manufacturer. In 1987, Japan's annual automobile production accounted for 26.6% of the world's total automobile production, the United States and the four European countries were 23.7% and 24.8%, respectively, and the world's automobile industry center was transferred to Japan.

Japan gave birth to Toyota, Nissan, Honda, Mazda, Suzuki and other car manufacturers, and gave birth to world-renowned auto parts suppliers such as Denso and Aisin Seiji. Japan's Aichi prefecture gathers the world's largest automobile manufacturer Toyota, first-level supplier Denso, as well as Mitsubishi, Suzuki, Volkswagen Group and other major automobile manufacturers, a total of 14 car manufacturing plants in the area, becoming one of the most industrialized regions in Japan, but also the world's well-known auto parts manufacturing, car assembly in one of the comprehensive automobile industry cluster.

Korea

The first car manufacturer in Korea was Kia Motors, which was founded in 1944. In the 1960s, South Korea adopted the form of imported parts for assembly and began the road of national automobile development. In the 1970s, the Korean government implemented the automobile localization policy and introduced foreign technology to independently develop and produce automobiles. The automobile localization policy enabled the rapid development of the Korean automobile industry. In 1985, the annual output of Korean automobiles was 370,000, in 1990, 1.32 million, and in 1995, 2.54 million.

South Korea's local car market space is limited, the South Korean government to implement the automobile export-oriented strategy, starting from the 1980s, South Korean cars with a lower price strategy has entered the United States, the European market, in 1995, South Korean car exports reached 1.1 million. In 1996, the annual output of South Korea reached 2.83 million vehicles, becoming the world's fifth largest automobile manufacturer and the sixth largest automobile exporter, and South Korea has become a veritable automobile manufacturing power.

South Korea's auto industry has given birth to automakers such as Hyundai, Kia, Daewoo and Ssangyong, as well as world-renowned parts suppliers such as Mobis, and the auto industry has become a pillar industry of South Korea. It took 30 years for the United States to become an automobile industry power, nearly 20 years for Germany and Japan, and 17 years for South Korea to become an automobile manufacturing power, which is worth learning and learning from.

China

In 1929, Zhang Xueliang invested and prepared the Mingsheng factory, which trial-produced the first automobile in China. In the following 20 years, due to war factors, China's automobile industry was in a state of stagnation. From the founding of New China to the 1980s, China's automobile industry focused on the development of trucks and buses, and the "Dongfeng brand" truck independently developed by the second Automobile Factory reached an annual output of 100,000 vehicles in the mid-1980s, which was a miracle under the conditions of China at that time.

In the mid-1980s, the central government decided to establish a modern car industry. In 1984, Beijing Automotive Industry Corporation and Chrysler Corporation jointly invested and established China's first vehicle manufacturing company, and China's automobile industry entered the stage of foreign joint ventures, and a large number of joint ventures were born in China.

In the late 1990s, the central government decided to vigorously revitalize the automobile manufacturing industry and explicitly encouraged cars to enter the household. Subsequently, influential automobile manufacturing enterprises such as Chery, Great Wall and Geely were born in China, and China's automobile industry entered a period of rapid development. In 2009, China's annual automobile production reached 13.79 million units, ranking first in the world. Since China became the largest automobile manufacturing country in the world, the annual automobile production has continued to grow. In 2019, the annual automobile production reached 25.72 million units, ranking first in the world continuously.

From the perspective of the development of the global automobile industry, we can draw the following conclusions:

1, the automobile industry has a hundred years of history, the global automobile industry center has experienced three major transfers, each industrial transfer has driven a country, the national economic development, the national industrial policy plays a vital role in the development of the automobile industry.

2, a country, national automobile industry development has gone through: imitation learning, localization, branding process, automobile industry is a comprehensive industry, with industrial cluster effect, on behalf of the country, national industrialization level.

The development of the industry follows the objective development law: introduction period, growth period, maturity period, decline period, and the cycle repeats. From the perspective of the development of the automobile industry, the automobile industry after nearly a hundred years of brilliant development, is currently in a mature period, in recent years, there are signs of recession, where will the 100-year automobile industry go in the future?

The government's industrial policy plays a crucial role in the future development of the automobile industry. In the face of a century of great changes in the automobile industry, the United States, Europe, Japan, China and other major automobile market countries have listed pure electric vehicles as the leading direction of the future development of automobiles, and through the development of a series of industrial policies to promote the development of pure electric vehicles.

Eu: In April 2019, the EU issued the "2019/631 document", which stipulates that the CO2 emissions of newly registered passenger cars in 2025 and 2030 will be reduced by 15% and 37.5% respectively on the basis of 2021, relative to the previous standard, the new policy is more stringent, and the electric transformation is the only way out.

1.China: In 2010, new energy vehicles as one of China's strategic emerging industries, the government has issued a comprehensive incentive policy, from the research and development link government subsidies, double points in the production link, financial subsidies in the consumption link, purchase tax exemption, use link unlimited license purchase, etc., the policy covers the entire life cycle of new energy vehicles.

2.Japan: As a country with a lack of resources and a high degree of external dependence on energy, Japan has long attached importance to the development and application of new energy vehicles, and in 2009, the Japanese Ministry of Economy, Trade and Industry proposed the "EV/PHEV city" initiative, the construction of electric vehicle demonstration areas in 18 regions, and promoted the full popularization of EV/PHEV from point to point, and has introduced a series of incentive strategies. It includes three aspects: strategic planning, financial subsidies and tax relief.

3.United States: During the Obama administration, promoting the development of new energy vehicles is an important aspect of energy policy, and a series of new energy policies and vehicle fuel standards have been formulated. Through the "Energy Independence and Security Program", tax breaks and bank loans are given to new energy vehicle manufacturers and new energy auto parts manufacturers.

Major auto market countries clear fuel vehicle ban schedule and new energy vehicle development goals, from the official disclosure data of various countries, new energy vehicles accounted for the proportion of new car sales, the EU 2030 35%, China 2025 25%, 2030 40%, Japan 2030 20%-30%, the United States 2025 15%.

Through the above analysis, we can draw the following conclusions:

1. From the perspective of the development status of the automobile industry, the automobile industry is in the mature stage and has the phenomenon of decline. However, the emergence of the demand for new energy vehicles will deconstruct the ceiling of industrial development and the automobile industry will enter a new industrial cycle.

2, from the perspective of national new energy vehicle policies, major auto market countries have launched industrial support policies to promote the development of new energy vehicle industry, the European Union is the most active, followed by China, followed by Japan, and the United States is conservative.

3, from the perspective of the development goals of new energy vehicles in various countries, the proportion of new energy vehicles in new car sales is expected to reach more than 30% in 2030, and the market prospect of new energy vehicles is broad.




  • Westinghouse 5X00583G01 Control Module
  • WESTINGHOUSE 5X00497G01 PLC Module
  • WESTINGHOUSE 1C31233G01 Ovation Module
  • WESTINGHOUSE 4D33900G19 Industrial Control Module
  • Westinghouse 5X00225G01 Controller Base Rack for Industrial Automation
  • WESTINGHOUSE 5A26304G02 Ovation I/O Module
  • WESTINGHOUSE 5X00070G01 Ovation Module
  • Westinghouse 5X00605G01 Control Module
  • WESTINGHOUSE 5X00241G02 Ovation System Communication Module
  • WESTINGHOUSE 5X00226G03 Ovation Module
  • Westinghouse ZX345Q Control System
  • WESTINGHOUSE ST24B3 Temperature Transmitter
  • WESTINGHOUSE AID-1 Industrial Keyboard
  • Westinghouse 5X00241G01 Control Module
  • WESTINGHOUSE 5X00226G02 Ovation Controller Base Module
  • WESTINGHOUSE 5X00119G01 Ovation Module
  • Westinghouse 5X00105G14 Control Module
  • WESTINGHOUSE 5X00105G01 Ovation System Base Module
  • WESTINGHOUSE 5X00058G01 Ovation Controller
  • Westinghouse 5A26391H24 Control Module
  • WESTINGHOUSE 4D33942G01 Ovation I/O Communication Module
  • WESTINGHOUSE 3A99158G01 Ovation I/O Module
  • WESTINGHOUSE 3A99200G01 Control Module
  • WESTINGHOUSE 3A99132G02 Ovation System Power Module
  • WESTINGHOUSE 3A99132G01 Ovation Interface Module
  • WESTINGHOUSE 1X00416H01 Control Module
  • WESTINGHOUSE 1X00024H01 Ovation System Interface Module
  • WESTINGHOUSE 1C31227G02 Ovation I/O Module
  • Westinghouse 1C31194G03 Control Module
  • WESTINGHOUSE 1C31194G02 Ovation Controller Module
  • WESTINGHOUSE 1C31194G01 Ovation Controller Module
  • WESTINGHOUSE 1C31189G01 Control I O Module
  • WESTINGHOUSE 1C31179G02 Ovation Processor Module
  • WESTINGHOUSE 1C31164G02 Ovation Relay Output Module
  • Westinghouse 1C31161G02 RTD Input Module
  • WESTINGHOUSE 1C31150G01 Ovation DCS I/O Controller Module
  • WESTINGHOUSE 1C31113G02 Ovation Analog Input Module
  • WESTINGHOUSE 1C31129G03 Control Module
  • WESTINGHOUSE 1C31122G01 Process Controller | Ovation DCS Control Module
  • WESTINGHOUSE 1C31113G02 Ovation Analog Input Module
  • WESTINGHOUSE 1B30023H02 Control Module
  • WESTINGHOUSE 1B30035H01 Turbine Control System Module
  • WIDAP UFW30.156 6K8J175W0823 Power Resistor Technical Profile
  • WINGREEN IPB PCB V2.0_A01 03ZSTL6-00-201-RS Industrial Power Board
  • WINGREEN CANopen_ADAPTER V5.0_A01 03ZSTI-00-501-RS Module
  • WINGREEN PUIM V2.0 034STM4-00-200-RS Power Interface Module
  • WINGREEN DUDT_DETECTION_V2.0_A01 03ZSTJ0-00-201-RS Detection Control Board
  • WINGREEN LAIB V3.0_A00 034STN1-00-300-RS Embedded Industrial Motherboard
  • WINGREEN FAN_DETECTION V1.0_A05 03ZSTJ3-00-105Fan Monitoring Module
  • WINGREEN LAIB V3.0_A00 034STN1-01-300-RS Interface Board
  • WINGREEN ATKB_V5.0_A01 03ZSTI4-00-501 Industrial Control Keyboard Module
  • WINGREEN ATKB_V5.0_A01 03ZSTI4-01-501 Industrial Motherboard | Embedded Control Board
  • WINGREEN FPB_V3.0_A01 03ZSTJ1-00-301-RS Fieldbus Processor
  • WINGREEN DSPB_V4.0_A02 03ZSTI7-00-402-RS Digital Processing Board
  • WOHNER 31110 Cylindrical Fuse Holder
  • WOODHEAD APPLICOM PCI4000 PCI Communication Card Industrial DeviceNet CAN Bus Interface
  • Woodward 8440-1706 Industrial Control System Module
  • Woodward 8440-2052 H Synchronizer Load Share Module
  • Baldor KPD-TS12C-30E 12.1" Color TFT Touch Screen Ethernet HMI
  • Baldor KPD-TS10C-30E 10" Color TFT Touch Screen Operator Interface with Serial and Ethernet Interfaces
  • Baldor KPD-TS05C-30E 5.6" Color TFT Touch Screen with Serial and Ethernet Interface
  • Baldor KPD-TS05C-30 5.6 Inch Color TFT Touch Screen Serial Interface
  • Baldor KPD-TS05M-10 5.6" Monochrome Touch Screen Serial Interface HMI
  • Baldor KPD-TS03M-10 Monochrome Touch Screen Operator Interface
  • Baldor KPD-KG420-30 4x20 Graphic Display with 12 Function Keys - Serial Interface
  • Baldor KPD-KG420-20 4x20 Character Graphic Display Serial Interface
  • WOODWARD EASYGEN-3200-5 8440-1992 A Genset Controller
  • WOODWARD PEAK200-HVAC 8200-1501 C Version | Industrial Building Automation Controller
  • Woodward 8440-2052 easyGEN-3200 Genset Control Power Management
  • Woodward 8237-1246 + 5437-1119 Control System Module
  • WOODWARD SPM-D11 8440-1703 Overspeed Protection System Module
  • WOODWARD 8237-1369 Governor Control Module
  • Woodward 8237-1600 Digital Control Module
  • WOODWARD BUM60-1224-54-B-001-VC-A0-0093-0013-G003-0000 3522-1004 Industrial Control Module
  • WOODWARD 8200-1302 Genset Controller
  • Woodward 8901-457 Speed Control Module
  • WOODWARD 5501-465 Control Module
  • Woodward 5448-890 SPM-D10 Digital Control Module
  • WOODWARD 5437-1067A Turbine Governor Actuator
  • Woodward 8440-1666 B Digital Control Module
  • WOODWARD 8440-1706 A SPM-D11 Synchronous Phase Modulator Module
  • WOODWARD 5466-425 Programmable Automation Controller (PAC)
  • WOODWARD 5466-318- Industrial Gas Turbine Control Module
  • WOODWARD 5453-277 Digital Control Module
  • WOODWARD 5453-203 Digital Governor Control Module
  • WOODWARD 9907-1106 Pressure Converter
  • WOODWARD 5233-2089 Professional Industrial Control System Module
  • WOODWARD 9907-147 Power outage tripping overspeed protection system
  • WOODWARD 8237-1600 Digital Speed Control System
  • WOODWARD 8402-319 8402-119 microprocessor speed controller
  • Woodward 8237-1006 Digital Governor
  • WOODWARD 5501-471 Communication Module
  • WOODWARD 5466-258 Input/Output Module
  • WOODWARD 5501-467 Multi Protocol Communication Gateway and I/O Expansion Module
  • WOODWARD 5501-470 Digital microprocessor controller module
  • WOODWARD 9907-1200 Digital Governor
  • WOODWARD 8444-1067 High Performance Digital Microprocessor Controller Module
  • WOODWARD 8446-1019 Integrated Gas Engine Electronic Control System
  • WOODWARD 9907-162 Digital Engine Governor
  • WOODWARD 5466-316 Simulation Combination Module
  • WOODWARD 5464-414 Digital Speaker Sensor Module
  • XANTREX XFR40-70 DC power supply
  • XP POWER F8B6A4A6A6 power module
  • XP POWER F8B6D4A3G3 power supply
  • XYCOM XVME-674 VMEbus Single Slot CPU/Processor Module
  • XYCOM XVME-957 Circuit Board
  • XYCOM XVME-976 PC board computer
  • XYCOM XVME-530 8-Channel Isolated Analog Output Module
  • XYCOM Proto XVME-085 Bus Module
  • YAMAHA RCX40 4-AXIS ROBOT CONTROLLER
  • YAMATAKE EST0240Z05WBX00 touch screen display
  • YAMATAKE HD-CAOBS00 flowmeter
  • HIMA X-COM 01 Communication Module
  • HIMA HIMax X-AO 16 01 Analog Output Module
  • HIMA X-AI3251 Analog Input Module
  • HIMA X-DO3251 Digital Output Module
  • HIMA X-DI3202 Digital Input Module
  • HIMA X-DI6451 Digital Input Module
  • YASKAWA USAHEM-02-TE53 AC servo motor
  • Yaskawa JZNC-XPP02B Teaching Programmer
  • YASKAWA CACR-SR07BE12M servo drive
  • YASKAWA JAMSC-B2732V Advanced Drive Controller
  • YASKAWA JGSM-06 Controller
  • YASKAWA PCCF-H64MS 64MB Industrial Memory Module
  • YASKAWA CACR-02-TE1K servo driver
  • YASKAWA JAPMC-IQ2303 Controller Module
  • YASKAWA DDSCR-R84H Controller
  • YASKAWA JANCD-XTU01B circuit board