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来源:中国产业信息网 日期:2019-01-02 浏览:901 China's Intelligent Equipment Manufacturing Market Development Status Analysis and Market Demand Forecast in 2018 Source: China Industry Information Network Date: 2019-01-02 Browse: 901

(I) Overview of Industry Development

Since the financial crisis in 2008, various countries have advocated the combination of Internet technology and traditional manufacturing, thereby increasing the level of automation and intelligence in manufacturing, thereby further consolidating the contribution or leading force of manufacturing to economic development. At the Hannover Messe 2011, Germany proposed the concept of "Industry 4.0" to promote the integration of traditional manufacturing and modern information technology to achieve intelligent production. In 2012, the United States launched the "National Strategic Plan for Advanced Manufacturing". Information technology to reshape manufacturing. In this context, China has also proposed the development plan of the intelligent manufacturing equipment industry and "Made in China 2025", which clarified the development direction of China's manufacturing industry in the future. With intelligent manufacturing as the main line, China's manufacturing industry will promote production efficiency and product quality. Improve, thereby reducing production costs and enhancing product competitiveness. Intelligent equipment manufacturing industry applies advanced manufacturing technologies such as artificial intelligence and automation to the entire manufacturing process, thereby realizing precision, automation, informationization, flexibility, graphics, intelligence, visualization, multimedia, and integration of production. And networking. The intelligent equipment manufacturing industry includes four aspects, including intelligent instrumentation and control systems, intelligent special equipment, key basic parts and general components, high-end CNC machine tools and basic manufacturing equipment. The intelligent equipment manufacturing industry mainly serves the production, processing, testing, and material circulation of downstream industries. The development of the industry is closely related to the development of downstream industries. At the same time, the intelligent equipment manufacturing industry has technical features such as high design difficulty, multiple disciplines, and long R & D cycles. It belongs to technology-intensive and capital-intensive industries. In addition, the intelligent equipment manufacturing industry helps downstream application companies save labor costs, improve production efficiency and product quality, and has a good role in promoting national technological innovation and adjusting economic development methods, and is of great significance in optimizing the industrial structure.

1. Overview of global smart equipment manufacturing market development

In foreign countries, as developed countries promote the transformation of manufacturing, intelligent equipment manufacturing, as a key carrier for achieving intelligent and green product manufacturing, has been widely used in photovoltaics, electronic semiconductors, automobiles, petrochemicals, metallurgy, military industries, and various other fields. Processing manufacturing production line. At the same time, the United States, Japan, Germany and other developed countries have established standards for technologies, processes and services related to the field of intelligent equipment manufacturing industry, forming an industrial system with a complete range and a certain scale. In the future, with the gradual maturity of intelligent manufacturing technology and the popularization of the concept of environmental protection and energy saving, the application of the intelligent equipment industry in production, manufacturing, testing, material flow and other links will become more popular, and the market prospect is good. On the one hand, advanced manufacturing technologies such as modern sensing technology, network technology, automation technology, and artificial intelligence have gradually matured, and application costs have decreased, while raw material prices and labor costs have continued to rise. Downstream manufacturing customers have achieved the replacement of labor, The willingness to improve production efficiency has been continuously strengthened. On the other hand, sustainable development concepts such as resource conservation and environmental friendliness are deeply rooted in the hearts of the people. In order to achieve efficient and clean use of resources and energy and minimize environmental impact, downstream manufacturing customers need to automate and intelligently upgrade production equipment to improve production efficiency. , Reduce production costs and improve production flexibility. At present, in the global smart equipment manufacturing field, General Electric, Siemens, Hitachi, Robert Bosch, Panasonic, Honeywell International, Mitsubishi Multinational companies such as Mitsubishi Electric, Swiss ABB Group (ABB), SchneiderElectric, etc. occupy most of the market. These multinational companies have advantages in capital, technology, research and development, marketing, etc., respond quickly to changes in market demand and technology updates, and have strong competitiveness.

2. Overview of China's Intelligent Equipment Manufacturing Market Development

China's intelligent equipment manufacturing industry started late. In recent years, with the increase in China's support for the intelligent equipment manufacturing industry, especially in the 2012 "Twelfth Five-Year Plan" for Smart Manufacturing Technology Development and the 2015 " After the successive implementation of policies such as "Made in China 2025", China's intelligent equipment manufacturing industry has grown rapidly. At the same time, by 2015, the sales revenue of the intelligent equipment manufacturing industry is expected to exceed 1 trillion yuan. By 2020, the intelligent equipment manufacturing industry will become a leading industry with international competitiveness, with industry sales revenue exceeding 3 trillion yuan. In the next 5 to 10 years, China's intelligent manufacturing equipment industry will reach an average annual growth rate of 25%. Although China's intelligent equipment manufacturing industry still lags behind developed countries in terms of R & D level, manufacturing technology, and industrial system, with the deepening of China's manufacturing industry upgrading and transformation and the core enterprises in the industry's continuous R & D investment in key technologies of intelligent equipment , Will greatly promote the level of localization of smart equipment, some products in the industry have been able to compete with foreign brands in technical standards, stability, and reliability, and have achieved certain results in import substitution.

(II) Market demand and forecast of the main application areas of the industry

1. The market demand for smart equipment manufacturing will maintain rapid growth

(1) global market demand and forecast of intelligent equipment manufacturing industry

In recent years, with the development and transformation of the global manufacturing industry, the global smart equipment manufacturing industry has continued to grow at a high speed. From the perspective of downstream applications, smart equipment has been widely used in automobile manufacturing, consumer electronics manufacturing, engineering machinery manufacturing, and medical treatment. Equipment manufacturing, warehousing and logistics. For example, from the perspective of automobile manufacturing, as the update cycle of automobile models becomes shorter and shorter, consumers' demand for customization of automobiles increases. Automobile manufacturing must meet the requirements of small batches and customized production, and the flexibility of intelligent equipment manufacturing, Refinement puts forward higher requirements; from the perspective of consumer electronics manufacturing, with the trend of complex and compact product structures such as mobile phones and tablet computers, the consumer electronics product cycle is getting shorter and shorter, which makes consumer electronics Manufacturing is increasingly relying on the precision processing capabilities and rapid response capabilities of intelligent equipment, which in turn is driving the growth of the size of the intelligent equipment market for consumer electronics manufacturing. In summary, thanks to the rapid development of downstream applications and the increasing demand for intelligent equipment brought by the transformation and upgrading of traditional manufacturing industries, the market size of intelligent equipment manufacturing will continue to maintain rapid and stable growth in the future. Taking industrial robots suitable for intelligent equipment manufacturing as an example, from 2001 to 2014, the annual sales volume of global industrial robots increased from 78,055 units / year to 229,261 units / year, with a CAGR of 17%. With the development and transformation of the global manufacturing industry, with the intelligent upgrading of industries such as automobile manufacturing, consumer electronics manufacturing, engineering machinery manufacturing, medical device manufacturing, and storage and logistics, the global smart equipment manufacturing industry will continue to show rapid growth in the future.

(2) market demand and forecast of domestic intelligent equipment manufacturing industry

With the rapid development of information technology and Internet technology, as well as the application of new sensing technology and automation technology, the scale of China's intelligent equipment manufacturing industry is increasing; along with China's consumer electronics, new energy vehicles, warehouse logistics, aerospace, military industry, medical equipment With the rapid development of industries such as smart devices, the demand for smart equipment manufacturing will also keep growing rapidly. At the same time, with the gradual advancement of the Internet of Things technology, smart equipment will also be applied to the manufacturing of more industries in the future. Its application scope and market space will follow The development of downstream areas has been further expanded. At the same time, with the country's further increase in policy support and industrial support for the intelligent equipment manufacturing industry, the growth rate of the market capacity of the intelligent equipment manufacturing industry has increased significantly, and the industry's development situation is good. By 2015, the sales revenue of the intelligent manufacturing equipment industry is expected to exceed 1 trillion yuan. By 2020, the intelligent manufacturing equipment industry will become a leading industry with international competitiveness. A complete intelligent equipment industry system will be established. Industry sales revenue will exceed 3 trillion yuan, and the domestic market share will exceed 60%. Process automation. In the next 5 to 10 years, the growth rate of China's intelligent manufacturing equipment industry will reach an average annual rate of 25%.

China's intelligent equipment manufacturing output value (100 million yuan)

Data source: public information collation

2.The development of downstream applications will increase the market demand for intelligent solutions for industrial production

(1) The development of the solar photovoltaic industry will increase the market demand for intelligent equipment manufacturing in the photovoltaic field

① Overview of solar photovoltaic industry

The crystalline silicon solar photovoltaic manufacturing industry includes silicon material production equipment, silicon wafer production equipment, cell process equipment and supporting equipment, component production equipment, special material (aluminum paste, packaging glass, etc.) production equipment, photovoltaic system support component production equipment, etc. Manufacturing of series equipment.

Relationship between solar photovoltaic industry and its equipment support industry

Data source: public information collation

In terms of specific crystalline silicon solar cells, with the changes in the materials of the upstream silicon raw materials and the changes in the silicon wafer processing technology, the process flow of the cells has changed accordingly, mainly divided into traditional process batteries with polysilicon as the material. Wafer production process and PERC process cell wafer production process using monocrystalline silicon as the material. The core technology of the traditional process battery chip mainly includes 7 processes including cleaning and texturing, diffusion knotting, etching cleaning, antireflection coating, printed electrodes, sintering and automatic sorting.

Under the PERC process, monocrystalline silicon is mainly used as a material, and a back passivation process and a laser grooving process are added, that is, an aluminum oxide film is formed on the back surface of the cell, and the back surface is realized by the alumina film rich in negative charge. Good passivation, and at the same time positioning and opening holes of the laminated film grown on the back surface by laser slotting method, has better weak light response and higher photoelectric conversion efficiency.

② Overview of the development of the global solar photovoltaic industry

As governments in various countries vigorously promote the development of clean energy and green energy, photovoltaic solar energy is gradually being widely used as a mature green energy source. The German government announced the "Renewable Energy Law" to provide financial subsidies to the photovoltaic industry; the United States promotes the growth of the photovoltaic industry mainly through tax reductions and preferences, loan guarantees, accelerated depreciation and other measures. The US House of Representatives has passed the "Solar Investment Tax Credit" Plan, the federal government provides 30% financial subsidies for the promotion of photovoltaic power generation; the Korean government proposed the "Purchasing Power Compensation Law" and "100,000 Roof Plan" to promote photovoltaic power generation by means of compensation for power purchases and installation subsidies. The global solar photovoltaic industry has developed rapidly, with a significant increase in installed capacity, and the industry has fully recovered. The global cumulative installed capacity of photovoltaics increased from 9.8GW in 2007 to 317.8GW in 2016, with an average annual compound growth rate of 47%; the new installed capacity of global photovoltaics increased from 2.8GW in 2007 to 70GW in 2016, with an average annual compound The growth rate reached 43%. From the perspective of geographical distribution, market demand has gradually shifted from developed countries such as Europe to emerging markets such as China and India. It is estimated that by 2019, the global demand for new installed photovoltaic capacity will reach 75GW, more than 1.5 times the new installed capacity in 2014, and the cumulative global installed capacity will reach 500GW; in 2015-2019, there will be 11 countries or regions The annual average installed capacity demand for new photovoltaics exceeds 1GW. In the long run, under the background of the popularization of energy saving and environmental protection concepts, driven by factors such as technological advancement, the photovoltaic industry has a promising future as a major clean energy development.

A. Popularization of energy saving and environmental protection concepts

Against the background of global warming and environmental damage, governments of various countries have promoted energy conservation and emission reduction through contracting, and advocated clean and green energy concepts. Nearly 200 parties to the United Nations Framework Convention on Climate Change reached a global climate agreement in Paris in December 2015 to control greenhouse gas emissions and curb global warming; Germany introduced the Renewable Energy Act to encourage the use of wind power, photovoltaics And other clean energy sources; France has enacted the Energy Transition Law, which stipulates that 40% of French electricity supply in 2030 will come from renewable sources. As the concept of energy conservation and environmental protection is deeply rooted in people's hearts, photovoltaics as a renewable energy source will gradually increase the proportion of overall energy consumption, and the market has huge potential.

B. Technical level improvement

As the R & D investment in the photovoltaic industry continues to increase, photovoltaic companies improve the power generation efficiency of photovoltaic products through process technology innovation, increase automation and intelligence to reduce the cost of photovoltaic product production, and then promote the popularity of photovoltaic power generation. In terms of technological innovation, for example, the addition of metal back passivation technology in the cell processing process can effectively improve the photoelectric conversion efficiency of the cell, thereby reducing the cost of photovoltaic power generation; in terms of automated production, such as diffusion, PECVD and other cells In the wafer production process section, intelligent equipment for photovoltaic clean energy production is added to reduce labor costs and increase the flexibility of the production process, which reduces the production cost of photovoltaic cells. Therefore, under the background of technological innovation, automation and increased intelligence, the cost of photovoltaic power generation has shown a significant downward trend. The decline in power generation costs is conducive to reducing the dependence of the photovoltaic industry on government subsidies, returning the industry to a normal commercial profit model, and promoting the widespread application and healthy development of photovoltaic power generation. At present, parity access to electricity has been achieved in the commercial and residential electricity fields in Europe, Japan, Australia and other countries and regions. It is expected that China will gradually achieve parity on-line access, and the industry will show a steady growth trend.

③ Development of solar photovoltaic industry in China

In recent years, China's photovoltaic industry has actively adjusted its industrial structure, experienced fluctuations, and carried out in-depth integration and optimization. The photovoltaic market has gradually changed from relying on external exports to relying on domestic demand growth, and the industry has developed rapidly. On the one hand, since the global financial crisis in 2008, developed countries have reduced fiscal subsidies for photovoltaics, leading to a decline in demand for traditional photovoltaic markets such as Europe. At the same time, developed countries have conducted anti-dumping and countervailing duty investigations on Chinese exports of photovoltaic products, and imposed high punitive tariffs, which further weakened the market competitiveness of Chinese photovoltaic products; on the other hand, the Chinese government has proactively introduced supportive policies for the photovoltaic industry In June 2014, the General Office of the State Council promulgated the Strategic Action Plan for Energy Development (2014-2020) to encourage the development of renewable energy and accelerate the development of solar power. The National Development and Reform Commission and other five ministries and commissions jointly issued the "Opinions on the Implementation of Poverty Alleviation by Photovoltaic Power Generation" in March 2016 to support the development of village-level photovoltaic power plants and centralized photovoltaic power plants. The National Energy Administration issued the “Thirteenth Five-Year Plan” for solar energy development in December 2016, and proposed that by the end of 2020, the installed capacity of solar power generation would reach 110 million kilowatts or more. At the end of 2015, China's cumulative installed capacity of photovoltaics exceeded 40GW, becoming the world's largest photovoltaic demand country. In 2017, driven by the policies of the central and local governments, China continued to be the world's largest photovoltaic market. China's new photovoltaic installed capacity reached 53.06GW, a year-on-year increase of 151.47%, and still maintained rapid growth. At the same time, from 2007 to 2017, China ’s new installed photovoltaic capacity increased from 100MW to 53.06GW, with a compound growth rate of 87.27%, and the industry grew strongly.

The specific situation of China's annual new photovoltaic installed capacity from 2011 to 2017 (Unit: MW)

Data source: public information collation

The continuous growth of China's photovoltaic power generation installed capacity has brought a direct pulling effect on China's photovoltaic industry industrial chain. Since 2015, the production scale of solar photovoltaic cells and solar photovoltaic modules in China has continuously expanded, and it has become the world's largest manufacturing base of solar photovoltaic cells and solar photovoltaic modules. In 2015, China's battery module output reached 43GW, a year-on-year increase of 19.44%; in 2016, China's battery module output reached 53GW, a year-on-year increase of 23.26%; in 2017, China's battery module output reached 76GW, a year-on-year increase of 31.7%. To sum up, China's photovoltaic cell manufacturing technology has reached the international advanced level. The main photovoltaic production equipment and supporting equipment have basically been domestically produced, and a complete industrial chain from silicon materials, silicon wafers, batteries, modules and power generation systems has been formed. The solar photovoltaic industry Has become a strategic emerging industry with competitive advantages in China. At the same time, with the rapid rise of China's photovoltaic terminal market, strong downstream demand has also driven China's photovoltaic industry to produce and sell itself, reducing international trade friction and promoting the development of the photovoltaic industry. In addition, the decline in the price of photovoltaic end-products has also prompted photovoltaic upstream photovoltaic manufacturing companies to gain competitive advantages by increasing the level of automation and intelligence in the production process, reducing production costs. From 2009 to 2014, the global price of photovoltaic modules dropped by an average of 75%; the prices of global solar cells and module products showed a downward trend, and market competition became increasingly fierce.

Data source: public information collation

④ Development of intelligent equipment for photovoltaic clean energy production

In recent years, the sharp increase in China ’s photovoltaic installed capacity and the continuous rise in photovoltaic module output have laid a good market environment for the intelligent equipment market in China ’s photovoltaic clean energy production process. The photovoltaic cell equipment industry has developed rapidly and the level of localization has increased significantly. In 2015, China's crystalline silicon solar cell equipment manufacturer sales revenue was 1.544 billion yuan; it is estimated that in 2016, China's sales revenue will reach 1.6 billion yuan, a year-on-year increase of 10%. According to the “Thirteenth Five-Year Plan” of solar energy, by 2020, the average annual increase in demand for photovoltaic equipment in China during the “Thirteenth Five-Year Plan” period will reach 12GW; according to the 7-year depreciation consideration of crystalline silicon solar cell equipment, the technological level of most equipment is relatively backward And insufficient production efficiency, the upgrading of production equipment will also bring about 10GW of market demand each year. At the same time, with the support of the government's industrial policies and the increasing demand of downstream customers for photovoltaic equipment automation and intelligence, crystalline silicon solar cell equipment is showing a domestic and intelligent development trend, and the industrial environment is continuously optimized. As a key link in the photovoltaic industry chain, photovoltaic cell production and supporting equipment have a significant effect on improving photovoltaic conversion efficiency and reducing photovoltaic power generation costs. After the large fluctuations in the photovoltaic industry, the photovoltaic industry has gradually moved from a trough to maturity and rationality. Enterprises with core technologies in the industry have gained competitive advantages and occupied more market share. Therefore, leading photovoltaic cell production and supporting equipment companies in related process technology and automation technology will gain greater market space. As far as intelligent equipment for photovoltaic clean energy production is concerned, its core role is to continuously adapt to the development trend of photovoltaic production equipment, and integrate the process details, parameter settings, and technical characteristics of photovoltaic production equipment into the research and development, design, and manufacturing of supporting equipment. Realize the replacement of labor and automate some time-consuming and labor-intensive processes, thereby achieving a variety of effects such as reducing production costs, improving overall production efficiency, ensuring product quality, making full use of raw materials, and reducing overall energy consumption. Therefore, in the context of rising labor costs, increasingly complex cell technology, and increasing product quality requirements, the application of intelligent equipment in the photovoltaic clean energy production process to replace artificial silicon wafer loading and unloading is an industry development trend. In terms of automation and intelligence, Leading technology companies will gain a competitive advantage. In the long run, intelligent equipment for photovoltaic clean energy production can effectively save costs and improve production continuity, which is the key to reducing the cost of photovoltaic power generation. The future development trend is good.

A. Cost savings

On the one hand, with the development of the photovoltaic industry, the precision and production efficiency of photovoltaic cell production equipment have continued to increase, and manual loading and unloading of silicon wafers has been unable to meet the production equipment production capacity requirements. At the same time, with the advancement of the silicon wafer cutting process, the thickness of the silicon wafer has been greatly reduced and the area has been increased. The manual loading and unloading of silicon wafers has become more and more difficult, which can easily cause silicon chip fragments, chipping, and easy operation. Personal injury. On the other hand, with the advancement of photovoltaic automation technology, the batch loading of automated equipment and the intelligence level of single machines have been greatly improved, and the production capacity can better match the high-intensity production process of production equipment. In addition, non-contact suction cups, precise positioning and other technologies are used in the automation equipment, which can effectively reduce the debris rate of silicon wafers and the risk of manual pollution. Therefore, the application of intelligent equipment in the photovoltaic clean energy production process can replace labor, improve production efficiency, and improve product quality, thereby saving costs.

B. Improve production continuity

As photovoltaic products become more and more diversified, the production process of photovoltaic cells becomes more complex, and the customization requirements of production equipment are increasingly apparent. The intelligent equipment used in the photovoltaic clean energy production process can meet the technical parameters, process requirements and requirements of production equipment. Production efficiency, thereby ensuring the continuity of the photovoltaic cell production process and ensuring product quality. In summary, with the development of the photovoltaic industry and technological progress, the application of intelligent equipment for the photovoltaic clean energy production process is the future development trend of the industry, and the market potential is huge.

⑤ Market size of intelligent equipment for photovoltaic clean energy production

According to the "Thirteenth Five-Year Plan" for solar energy development issued by the Energy Bureau of China, by the end of 2020, China's photovoltaic power generation capacity will reach 105GW. Based on the government plan mentioned above, there will be about 70GW of additional installed power generation capacity by 2020. In the future, China's photovoltaic production enterprises will add about 420 photovoltaic cell production lines, which need to be cleaned and woven, diffused and annealed, etched and cleaned, and dulled. Processes such as chemical conversion and anti-reflection coating are equipped with nearly 2,500 sets of intelligent equipment for photovoltaic clean energy production. At the same time, with the technological progress and development of process equipment, according to the 7-year depreciation considerations of crystalline silicon solar cell equipment, related automation equipment has problems such as relatively backward technological levels and insufficient production efficiency. The upgrading of crystalline silicon solar cell equipment will also bring Comes about 10GW of automation equipment market demand every year.

Therefore, with the rapid development of China's photovoltaic industry and the increase in demand for automation and intelligent transformation, the scale of the intelligent equipment industry in the photovoltaic clean energy production process has gradually expanded. The development of intelligent equipment in the photovoltaic clean energy production process also shows the following trends: The demand for localization of automation equipment has increased significantly. China's photovoltaic manufacturers have occupied the largest market share in the world. Based on the consideration of photovoltaic equipment prices, the convenience of transportation and after-sales service, and other factors, when domestic product performance is close to advanced foreign equipment, domestic photovoltaic equipment is preferred. At present, China's photovoltaic equipment has achieved a localization rate of 70%. Major production equipment such as single crystal furnaces, silicon rod cutting machines, wafer cleaning machines, and diffusion furnaces have completely replaced imports. There is a gap. The degree of automation of complete production lines is low. The localization of automated equipment has become the trend of China's future photovoltaic industry. As domestic photovoltaic equipment manufacturers such as Robotec break through the core photovoltaic automation technology, and on the premise that automation and intelligence are close to those of foreign equipment, domestic photovoltaic production enterprises have gradually adopted domestic automation equipment to replace imports, and the domestic demand for automation equipment has increased significantly. increase. Second, domestic photovoltaic manufacturers are expanding overseas, and export demand for automation equipment is rising. With the continuous improvement of China's photovoltaic equipment manufacturers in the level of automation and intelligent technology, international photovoltaic manufacturers have gradually used the products of domestic photovoltaic equipment manufacturers, and affected by factors such as international trade barriers and international market demand, domestic photovoltaic manufacturers began to Establishing production bases in overseas countries such as Southeast Asia. Based on multiple considerations such as supplier access, equipment prices, equipment performance, and partnerships, its overseas production bases mainly use domestic production and automation equipment, which has driven the demand for automation equipment exports. In the future, with the acceleration of the overseas expansion of domestic photovoltaic manufacturers, the demand for export of automation equipment will continue to rise. Third, the demand for automation equipment generated by new technologies and processes in the photovoltaic field. The 7th edition of the international photovoltaic technology roadmap published in 2016. In 2015, the market share of back-contact heterojunction cells including PERC, PERT, and PERL accounted for only 10%, and the proportion will gradually increase in the next five years. At the same time, the The route points out that the current market for N-type single crystal products accounts for only 5%, and it is expected to increase to 12% in 2018 and 21% in 2020. Therefore, with new technologies and processes in the photovoltaic field such as PERC and N-type batteries, the upstream will gradually expand Market space in the equipment field. Fourth, the production of photovoltaic cells will rapidly transition from partially automated production to fully automated, intelligent production, and finally achieve mass custom manufacturing. With the continuous change of technology and the increase of the concentration of the photovoltaic industry, photovoltaic companies are developing into large groups. In order to improve production efficiency and reduce production costs, the production of photovoltaic cells has been transformed from partial automation to full automation and intelligence. Automated and intelligent production has become the development trend of the photovoltaic cell industry.

(2) The steady development of the automotive market has injected vitality into the development of intelligent equipment manufacturing in the field of automotive precision parts.

① Development of automobile market

With the gradual recovery of the U.S. and Japanese markets after the financial crisis and the continued rapid growth of emerging markets such as China and India, the global automotive market is gradually getting rid of the impact of the financial crisis. In 2010, auto production recoveredly increased to 77.61 million vehicles, reaching And surpassed the auto market output before the financial crisis. Especially with the continuous improvement of living standards in emerging countries such as Asia, the automotive market in these regions has shown explosive growth. After 2010, the global auto sales market continued to grow. By 2016, global auto production reached 94.97666 million. From China's point of view, the automobile industry is one of the pillar industries of China's economy and occupies a very important position in the national economy. In 2009, China's automobile production and sales ranked first in the world, and continued to maintain its position as the world's largest automobile market. In 2017, China's auto production and sales were 29.02 million and 28.88 million, respectively, a year-on-year increase of 3.20% and 3.03%.

The specific situation of China's automobile production and sales from 2010 to 2017 is as follows: Unit: 10,000

Data source: public information collation

The growing demand of the automobile industry and the gradual rise of the new energy automobile industry have also promoted the automation and intelligent technological transformation of upstream automobile parts and accessories manufacturers to improve production efficiency and ensure product quality. China's automobile industry will invest 1.5 trillion yuan in technological improvement from the end of the "11th Five-Year Plan" to the beginning of the "13th Five-Year Plan". In 2016, China's auto parts and accessories manufacturing equipment and equipment purchases amounted to RMB 323,323,690,000, a year-on-year increase of 1.24%, and the industry grew steadily.

② Market size of intelligent equipment in the field of auto parts

With the rapid growth of the domestic automobile industry and the technological progress of intelligent equipment in the field of domestic auto parts, the performance of related intelligent equipment has approached or reached the international level. In terms of product prices, domestic intelligent equipment is relatively inexpensive. Under the condition of safety and security, auto parts manufacturers are gradually adopting domestic intelligent equipment to replace imports. In addition to the main market application areas mentioned above, intelligent equipment also has a broad market space in the use of electronic semiconductors and the Internet of Things. To accelerate the development of integrated circuit manufacturing, accelerate the expansion of 45 / 40nm chip production capacity, step up the construction of 32 / 28nm chip production lines, and quickly form large-scale production capabilities, further promote the application of intelligent equipment in semiconductor industries such as integrated circuit production lines, and the market has huge potential; From 2012 to 2015, the compound annual growth rate of the Internet of Things will exceed 30%. In 2015, the size of China's Internet of Things market will reach more than 500 billion yuan. One of the cores of the Internet of Things is to realize the interconnection and interconnection of intelligent equipment and timely transmit the device's sensing information to users. Therefore, intelligent equipment has played an important role in the rapid development of the Internet of Things market.

(III) Relevance and impact between industry and upstream and downstream industries

The upstream industries of the intelligent equipment manufacturing industry are metal rolling processing industry and general equipment manufacturing industry. The downstream industries of the intelligent equipment manufacturing industry are photovoltaic and automobile component manufacturers, and the terminals are used in photovoltaic power generation, automobiles and electronics, and semiconductors. The relationship between the intelligent equipment manufacturing industry and the upstream and downstream industries is as follows:

Data source: public information collation

1. Relevance and impact with upstream industries

The upstream industries of the intelligent equipment manufacturing industry are mainly metal rolled products and mechanical and electrical components. From the perspective of metal rolled products, the development of China's metal rolled processing industry is relatively mature, and the industry is in a good stage of development. The gross profit margin of China's metal rolling industry has remained low for a long time, the market competition is becoming increasingly fierce, and the market supply is sufficient, which can meet the development needs of the intelligent equipment manufacturing industry. From the perspective of mechanical and electrical parts, some parts required by the intelligent equipment manufacturing industry are precision parts, which have high requirements in terms of accuracy and stability. At present, the manufacturing level of some precision parts such as high-precision mechanical arms, servo motors, precision screw guides, high-performance controllers, and high-end sensors is still relatively insufficient. In recent years, although some domestic companies have broken foreign technology monopolies in CNC machine tools, industrial robots, etc., their product performance is close to that of internationally renowned companies, and some of them have realized import substitution. Quality requirements, so some precision parts still rely on imports. At present, in the international supply chain, there are many optional brands of mechanical and electrical components, and the market is fully competitive. However, in the future, China still needs to further improve the overall manufacturing level of the mechanical and electrical components field in order to fully develop the intelligent equipment manufacturing industry in China. Create better industrial supporting conditions.

2. Relevance and impact with downstream industries

The impact of downstream industries on smart equipment manufacturing is mainly reflected in two aspects: On the one hand, in the future, with the continuous growth of the scale of photovoltaic products and domestic automobile markets, it will create a broad market demand for smart equipment manufacturing, and the continuous growth of downstream market demand The development space of the intelligent equipment manufacturing industry will be continuously expanded; on the other hand, the end products are continuously upgraded and the product technology is continuously updated, which will also place higher requirements on the technical performance and intelligence level of the intelligent equipment manufacturing industry. Therefore, this industry and the downstream industry mutually promote and develop circularly.

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Baohe Industrial Tools (Shanghai) Co., Ltd.
Booher Industrial Tools (Shanghai) Co., Limited
Copyright © 2017 Booher Inc. All rights reserved
Beijing Public Security Network Security 11010502008968 Beijing ICP 10214630
Add: Room 601, Building 7, No. 180 Jiangchang West Road, Shanghai
Room 604, building 7, No.180 JiangChang Road (West), Shanghai City
Tel: + 86-21-60945800 Fax: + 86-21-60945810
E-mail: voc@ruisuirrb.com
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