Recently, Shanghai Municipality issued the "Fourteenth Five-Year Plan for the Development of Shanghai's Strategic Emerging Industries and Leading Industries", which proposes to promote the development of the new energy equipment industry in the direction of high-end, digital, and autonomous development. Key development: wind power generation equipment. Accelerate the development of large-scale wind power generation equipment and its key components, make breakthroughs in upgrading 10MW and 15MW large-scale direct-drive offshore wind turbine technology, and improve the manufacturing capacity of high-power wind turbines. Support the integrated development of "wind power manufacturing + wind farm operation + engineering services" for enterprises.

Shanghai’s Fourteenth Five-Year Plan for the Development of Strategic Emerging Industries and Leading Industries

      In order to further promote the development of the city's strategic emerging industries and leading industries, this plan is formulated in accordance with the Fourteenth Five-Year Plan for National Economic and Social Development of Shanghai and the Outline of Long-Term Goals for 2035.

      1. Development basis

      (1) Development status

      During the "Thirteenth Five-Year Plan" period, Shanghai vigorously cultivated and developed strategic emerging industries, with continuous breakthroughs in core technologies and key products, significantly enhanced independent innovation capabilities, and continuous improvement in development quality.

      1. The scale of the industry continues to grow. During the "13th Five-Year Plan" period, the city's strategic emerging industries maintained a rapid growth trend. The added value of the industry increased from 374.6 billion yuan in 2015 to 732.8 billion yuan in 2020, and the proportion of the city's GDP increased from 15% to 18.9%. Among them, the added value of the manufacturing sector increased from 167.3 billion yuan to 296 billion yuan, an average annual growth rate of 12.1%, which was 5.8 percentage points higher than the city's average annual growth rate of industrial added value during the same period; manufacturing output value increased from 806.4 billion yuan to 133.1 billion yuan The proportion of the city’s planned industrial output value increased from 26% to 40%; the added value of the service industry increased from 207.3 billion yuan to 436.8 billion yuan, with an average annual growth rate of 16.1%, which was higher than the average annual increase of the city’s service industry value added during the same period. The speed increased by 5.2 percentage points. Key industries continue to agglomerate and grow. The scale of the integrated circuit industry accounts for more than 20% of the country. The number of companies listed on the biomedical industry science and technology innovation board accounts for a quarter of the country's total. There are more than 1,150 key enterprises in the artificial intelligence industry.

      2. The ability to innovate continues to improve. During the "Thirteenth Five-Year Plan" period, the entire society's investment in research and development has increased year by year, and its share of the city's GDP has increased from 3.7% in 2015 to 4.1% in 2020. A number of key core technologies have achieved breakthroughs, advanced integrated circuit technology has achieved mass production, 7nm and 5nm etching machines have entered the international advanced production line, key products such as desktop CPUs and tens of millions of gates FPGA have reached the international mainstream level, and 12-inch large silicon wafers Realize bulk supply. Innovative drugs such as fruquintinib, a new drug for colorectal cancer, original medical devices such as advanced molecular imaging equipment panoramic PET/CT, and the first domestic cardiac pacemaker have been approved for registration and marketed. The world's first artificial intelligence cloud deep learning customized chip was released.

      3. Emerging business formats are booming. The rapid development of a new generation of information technology industries such as 5G, artificial intelligence, Internet of Things, cloud computing, big data, and blockchain continues to empower the real economy, and the traditional business models are accelerating the transformation and development of intelligence, data, and informatization. The core industry scale of Shanghai Industrial Internet has reached 100 billion yuan, 15 industrial Internet platforms with domestic influence have been cultivated, 94 demonstration smart factories have been built, and 120,000 small and medium-sized enterprises have been driven to the platform. "Zhangjiang Online" and "Changyang Show Belt" online new economic ecological parks have been operating successively.

      4. The spatial layout is gradually optimized. Pudong New Area integrated circuits and biomedicine, Xuhui District artificial intelligence, and Yangpu District information technology services were approved as national strategic emerging industrial clusters. Minhang, Xuhui, Yangpu, Jiading, Songjiang, Zhangjiang, Lingang and other key areas have initially formed strategic emerging industry clusters with distinctive characteristics and active innovation. Zhangjiang Science City gathers 22,000 innovative companies and has 171 foreign-funded R&D centers. It is a domestic leader in integrated circuit design, chip manufacturing, and new drug R&D. The coordinated development pattern of "Zhangjiang R&D + Shanghai Manufacturing" has gradually formed. The total industrial output value of the Lingang New Area exceeds 100 billion yuan, with an average annual growth rate of 30%. Focusing on emerging industries such as integrated circuits, biomedicine, artificial intelligence, aerospace, etc., accelerate the construction of "Eastern Core Port", "Blue Bay of Life", and "Information Flying Fish" "And other characteristic industrial parks. Minhang, Xuhui, Jiading, Fengxian, Jinshan, Qingpu and other biomedical industrial parks have become the main carriers for the development of the city's biomedicine industry, gathering 80% of the city's above-scale biomedical enterprises and operating income.

      5. The innovation ecology continues to improve. Fully promote the "Shanghai Plan" for the three major industrial highlands of integrated circuits, biomedicine and artificial intelligence, and accelerate the implementation of various key tasks. The comprehensive innovation reform experiment has achieved remarkable results. Focusing on the transformation of scientific and technological achievements, science and technology finance, and other fields, the state has authorized Shanghai to pilot 10 major reform measures that have been fully implemented. More than 70 local supporting laws, regulations and policies, including the Reform of the System and Mechanism, Enhancing the Source Capacity of Science and Technology Innovation Centers. The first phase of the Shanghai Integrated Circuit Industry Fund raised nearly 50 billion yuan, and the biomedical industry equity investment fund and artificial intelligence industry investment fund were officially launched. There are more than 17,000 high-tech enterprises in the city, 14 national university science parks, more than 500 maker spaces, serving nearly 30,000 small and medium-sized technology companies and teams.

Although Shanghai's strategic emerging industries are developing rapidly, the bottleneck problems they face have gradually become prominent. In terms of market players, there is a lack of competitive leading companies, and there are not enough leading companies in emerging fields. Unicorn companies still need to increase their efforts to cultivate, and the brand advantages and influence of key companies in some fields have declined. In terms of market factors, competition for talent has intensified, and the insufficient supply of high-level industrial talents has become more and more restrictive to the development of emerging industries. The industrial innovation infrastructure supporting the research and development of key technologies still needs to be further strengthened. In terms of market mechanisms, some state-owned enterprises have insufficient motivation to transform into emerging industries, and the environment that encourages innovation and tolerates failure in the whole society still needs to be optimized.

      (2) Development situation

      During the "14th Five-Year Plan" period, the development of Shanghai's strategic emerging industries is facing a more profound and complex internal and external development environment, but it is still in a critical period of comprehensively upgrading the industrial energy level and faces new opportunities and challenges.

      1. The international environment is becoming more and more complex, and the global collaborative innovation system is facing new challenges. Shanghai should further strengthen scientific and technological innovation, identify its own position in the construction of a new development pattern with domestic and international double cycles as the main body, and seize development opportunities in crisis and challenges, and create a new development situation in external changes. , Persist in opening to the outside world, strengthen international cooperation, strengthen independent innovation capabilities, enhance the stability and competitiveness of the industrial chain and supply chain, and better participate in international cooperation and competition.

      2. Emerging technologies are deeply integrated with industries, and disruptive technologies are accelerated. The new round of scientific and technological revolution and industrial reforms are developing in depth, and emerging digital technologies represented by 5G, artificial intelligence, and blockchain have accelerated their extensive penetration into various fields, and are deeply integrated with industries such as biology, energy, and automobiles. Leading and disruptive technologies such as brain-computer fusion, photonic chips, and hydrogen energy storage and utilization are developing rapidly. Shanghai should give full play to the advantages of high-end resource concentration, active technological innovation, and rich application scenarios, strengthen the innovative application of emerging digital technologies, and promote the integrated development of the digital economy and the real economy. Lay the foundation for future industrial development.

      3. As my country is entering the stage of high-quality development, Shanghai faces new tasks and missions. At present, our country is entering a new stage of high-quality economic development, and technological independence and self-reliance have become the strategic support for development. Shanghai should take the national strategy as the lead, focus on the fields of integrated circuits, biomedicine, artificial intelligence, aerospace, new energy vehicles, and build a relatively independent, controllable, safe and reliable industrial chain and supply chain, and be the vanguard of reform and opening up in the new era. And the pioneer of innovation and development.

      2. Overall requirements

      (1) Guiding ideology

Guided by Xi Jinping’s Thought on Socialism with Chinese Characteristics for a New Era, fully implement the spirit of the 19th National Congress of the Communist Party of China and the 2nd, 3rd, 4th, and 5th Plenary Sessions of the 19th National Congress of the Communist Party of China, thoroughly implement General Secretary Jin Ping’s important speech on Shanghai’s inspection and development in Pudong The spirit of the important speech at the 30th Anniversary Celebration of Opening-up, firmly establish a new development concept, seize the opportunity of a new round of global scientific and technological revolution and industrial transformation, and focus on the overall goal of strengthening the "four major functions" and deepening the construction of the "five centers". Enhance the capability of independent innovation as the main line, take the improvement of basic industrial capacity and the modernization level of the industrial chain as the direction, take major projects and important platforms as the starting point, and take the talent-led strategy and the Pujiang Light Action as the support, give full play to Pudong’s high-level reform, opening up and immediate The institutional innovation advantage of the Gangxin area actively integrates into the global innovation network, gathers innovation factor resources, comprehensively cultivates innovation and entrepreneurial entities, optimizes the spatial layout structure, improves the industrial innovation ecology, continues to strengthen the industrial synergy and linkage in the Yangtze River Delta region, and creates several world-class emerging Industrial clusters provide solid support for Shanghai to build the central node of the domestic big cycle and the strategic link between the domestic and international double cycles.

      (2) Basic principles

      ——Innovation leads. Adhere to the core position of innovation in development, strengthen the "two-wheel drive" of scientific and technological innovation and institutional innovation, take the initiative to undertake major national strategic tasks, build a new system of marketization and government input and cooperation, strengthen open cooperation, collaborative innovation, and strengthen corporate innovation Dominant position, comprehensively enhance independent innovation capabilities, and seize the commanding heights of industrial development.

      ——Key breakthroughs. Focus on key areas such as integrated circuits, biomedicine, and artificial intelligence, strengthen the integration of innovative resources, and comprehensively improve the basic capabilities and development levels of the industry. Aiming at the key links that restrict the development of the industry, taking key common technologies, leading-edge technologies, modern engineering technologies and disruptive technological innovations as breakthrough points, and striving to achieve independent and controllable core technologies.

      ——Integrated development. Actively follow the global digital, network, and intelligent development trends, promote the in-depth integration of emerging digital technologies and the real economy, and comprehensively improve the level of digital core industries. Promote the in-depth integration of the strategic emerging industry manufacturing industry and modern service industry, and strengthen the new engine of economic development. Promote the development of military-civilian integration in key areas.

      ——Forward-looking layout. Insist on facing the future and planning ahead, actively deploy a group of leading industries that represent the direction of cutting-edge technology and industrial transformation, strengthen forward-looking and exploratory technological research, strengthen the guiding role of cutting-edge innovation, and promote more areas to achieve leap and catch up and seize Opportunities for future industry development.

      (3) General idea

      Implement the national strategic deployment and tasks, give full play to Shanghai’s advantages, focus on key areas, promote the integration of the innovation chain and industrial chain, and fully promote the implementation of the "Shanghai Plan" for integrated circuits, biomedicine, and artificial intelligence, through product structure transformation and digital technology empowerment Promote the transformation and development of traditional industries such as automobiles, equipment, steel, and petrochemical industries into strategic emerging industries, promote the accelerated development of digital economy characterized by new technologies, new models and new business forms, and focus on building the "9 +X "Strategic emerging industry and leading industry development system. Among them, the "9" strategic emerging industries key areas include: integrated circuits, biomedicine, artificial intelligence and other three core industries, as well as six new energy vehicles, high-end equipment, aerospace, information and communications, new materials, emerging digital industries, etc. Big key industry. "X" refers to the forward-looking layout of a group of leading industries facing the future, focusing on the layout of leading industries such as photonic chips and devices, and brain-like intelligence.

      (4) Development goals

      By 2025, technological innovation capabilities will be significantly improved, major breakthroughs will be made in key technology research, the industrial base will be advanced and the level of industrial chain modernization will be significantly improved, strategic emerging industries will become the new pillars of the modern industrial system, and a number of future-oriented leading industries will be planned. It is preliminarily established as a technological source to drive the coordinated development of emerging industries in the Yangtze River Delta, a strategic innovation highland that leads the development of emerging industries across the country, fosters a number of internationally competitive leading companies, and builds a number of world-class emerging industry clusters.

      ——The scale of the industry has reached a new level. By 2025, the added value of strategic emerging industries will account for more than 20% of the city’s GDP, and the added value will exceed 1 trillion yuan. The main engine of economic development will become more prominent. Integrated circuits, biomedicine, and artificial intelligence with global influence Shanghai Highland is basically formed.

      ——Major innovations achieve new breakthroughs. Build a number of major industrial innovation platforms and infrastructures, achieve major technological breakthroughs in the fields of integrated circuits, biomedicine, artificial intelligence, aerospace and oceans, and new materials, master a number of key core technologies with independent intellectual property rights, and participate in the formulation of a number of With international standards, a number of innovations that fill the gaps in the country and have world-class influence have emerged.

      ——Structural optimization presents a new level. By 2025, the proportion of the total industrial output value of strategic emerging industries in the city's total industrial output value above designated size will further increase, and the number of high-tech enterprises in the city will exceed 26,000, forming a group of leading enterprises with tens of billions of sales and hundreds of billions of market value. Digital technology has fully empowered the development of traditional industries, new business formats and new models have continued to emerge, and development quality and benefits have been significantly improved.

      ——A new pattern of agglomeration development. Promote the cluster development of strategic emerging industries, basically form a spatial layout with global coordination and key points, and create a number of clusters of emerging industries with their own characteristics, complementary advantages, and reasonable structure. Several hundred billion-level strategic emerging industrial clusters have been formed in the fields of integrated circuits, biomedicine, artificial intelligence, and new energy vehicles.

      3. Development focus of strategic emerging industries

      (1) Integrated circuit

      Guided by major national strategic tasks, strengthen the construction of an innovation platform system, key technology research and major project layout, and continue to improve the industrial energy level and comprehensive advantages. During the "14th Five-Year Plan" period, the average annual growth rate of the integrated circuit industry will reach about 20%. We will strive to have two companies in the manufacturing field with stable revenues to enter the world's forefront, and cultivate a number of listed companies in the fields of design, equipment and materials. By 2025, an integrated circuit industry innovation highland with global influence will be basically completed. Advanced manufacturing technology has been further improved, chip design capabilities are internationally leading, the level of localization of core equipment and key materials has been further improved, and an independent and controllable industrial system has basically been formed. Key developments: 1. IC Design. Improve the R&D capabilities of 5G communication, desktop CPU, artificial intelligence, Internet of Things, automotive electronics and other core chips, accelerate the development of core IP, and promote the R&D of key devices such as FPGA, insulated gate bipolar transistor (IGBT), high-end micro-control unit (MCU), etc. . Improve the supply capacity of integrated circuit design tools, cultivate a full-process electronic design automation (EDA) platform, and optimize the ecological environment for the development of the domestic EDA industry. 2. Manufacturing and packaging and testing. Expand the production capacity of integrated circuit mature process production lines, increase product yield, increase the scale of advanced process mass production, and continue to accelerate advanced process research and development. Improve the R&D and large-scale manufacturing capabilities of characteristic process chips. Further enhance the scale of the advanced packaging and testing industry. 3. Equipment and materials. Speed up the development of world-class high-end products such as etching machines, cleaning machines, ion implanters, and measuring equipment. Carry out research and development of key components of core equipment. Improve the R&D and industrialization capabilities of 12-inch silicon wafers and advanced photoresists.

      (2) Biomedicine

      With key technology research and high-end product development as the main line, the layout and construction of a batch of innovative facilities and transformation platforms will optimize the city's industrial space layout and public supporting facilities. During the "14th Five-Year Plan" period, the average annual growth rate of the biopharmaceutical industry will reach about 8%, accelerate the cultivation and growth of a number of local innovative companies, and continue to introduce a number of leading companies. By 2025, a batch of key core technologies such as biotechnology drugs and new biomedical engineering product preparation will be independently controllable, accelerate the industrialization of innovative achievements, and basically build a biomedical industry innovation highland with international influence. Key developments: 1. Innovative drugs and high-end preparations. Focusing on new targets, new sites, new mechanisms, and new molecular entities, focus on the development of high-end biological products such as antibody drugs, new vaccines, gene therapy, cell therapy, targeted chemical drugs and new preparations, and modern Chinese medicines. 2. High-end medical equipment. Focus on the development of high-end imaging equipment, high-end implant intervention equipment and consumables, surgical treatment and life support equipment, high-end rehabilitation aids, in vitro diagnostic equipment and reagents, biomedical materials, etc. 3. Biotechnology services. Promote pre-clinical and clinical contract research and development (CRO), contract research and development and production (CMO/CDMO) services, and promote the integration and application of artificial intelligence-assisted drug development and digital medical solutions.

      (3) Artificial Intelligence

      In order to enhance basic innovation capabilities and release the two-wheel drive of application scenarios, strengthen innovation sources, break through the underlying technology, and promote the development of artificial intelligence industry clusters. During the "14th Five-Year Plan" period, the average annual growth rate of the artificial intelligence industry has reached about 15%, a number of unicorn companies have accelerated their growth, a number of leading companies have continued to land, and the overall industrial chain layout has basically taken shape. By 2025, the overall level of development will enter the international leading ranks, and artificial intelligence will become an important driving force for Shanghai’s economic and social development, and will basically build a highland of artificial intelligence innovation and development with global influence. Key developments: 1. Smart chip. Focus on promoting the development and industrialization of general-purpose computing GPU; for applications such as intelligent image recognition and intelligent driving, develop deep learning cloud customized system-on-chips (SoC) and cloud intelligent servers of "chip + software platform + server". 2. Smart software. Develop general artificial intelligence operating systems and control software with independent intellectual property rights; develop cloud computing service platforms based on CPU/GPU heterogeneous systems; develop a unified computing framework that supports logical reasoning, probability statistics, and deep learning at the same time. 3. Autopilot. Break through the core technology of Advanced Assistant Driving System (ADAS), focusing on the development of integrated sensing system of lidar, millimeter wave radar and camera; overcome unmanned driving technology in semi-closed scenes; build a collaborative data system for people, vehicles, and roads. 4. smart robot. Research and develop intelligent industrial robots based on independent decision-making vision controllers; promote the development and industrialization of intelligent service robots, make breakthroughs in modal emotion computing and semantic recognition technologies, develop distributed operating systems for service robots, and promote the industrialization of humanoid educational robots; layout Research and develop intelligent medical robots such as micro-scale surgical robots, single-hole endoscopic surgical robots, rehabilitation intervention and assistive robots, and nano-robots.

      (4) New energy vehicles

      By 2025, the output value of Shanghai's new energy automobile manufacturing industry will reach 350 billion yuan. The proportion of pure electric vehicles and fuel cell vehicles has further increased, promoting key auto manufacturing enterprises to accelerate their transformation into strategic emerging industrial enterprises, and fostering a group of small and medium-sized auto parts with a sales scale of tens of billions. Key developments: 1. Pure electric and fuel cell vehicles. Accelerate the breakthrough of power battery technology, improve battery energy density, safety and battery life, and promote the development of high-power density drive motors and control systems toward system integration, lightweight structure, and intelligent control. Promote hydrogen fuel cell vehicles to gradually enter the market, break through the core technologies of key components of the system such as membrane electrodes, stacks, and proton exchange membranes, reduce the cost of fuel cell vehicles, and improve the layout of hydrogen refueling stations. 2. Intelligent connected car. Support related companies to strengthen cooperation and jointly develop vehicle-level chips, vehicle-mounted operating systems, vehicle-mounted artificial intelligence computing platforms, vehicle networking communications, lidars, millimeter-wave radars, professional test equipment, wire control execution systems (brake, steering), high-speed Research and development of technologies and equipment such as precision maps and sensors, and explore the commercial operation and application of intelligent networked vehicles in specific scenarios. 3. New car service. Develop various types of services such as new energy vehicle battery recycling, shared travel, intelligent networked vehicle testing, and display transactions.

      (5) High-end equipment manufacturing

      By 2025, the output value of Shanghai's high-end equipment manufacturing will reach about 300 billion yuan. Focus on optimizing the product structure of the shipbuilding industry, vigorously promote the engineering application and industrialization of complete sets of equipment and systems such as robots, energy equipment, energy saving and environmental protection equipment, rail transit, and high-end machine tools, and promote the coordinated development of the industrial chain.

Ship and Offshore Engineering. Promote the upgrading of the main ship types and the structure of offshore equipment, with high-end ships accounting for 60%. Improve the design capability and manufacturing level of supporting equipment, and strive to achieve 30% of the global market share of marine low-speed diesel engines. Key developments: 1. High-end ships. Accelerate the serialization of research and development of main ship types such as tankers, large container ships, green and environmentally friendly intelligent bulk carriers, and focus on breakthroughs in high-end ship types such as luxury cruise ships; 2. Ship supporting systems and equipment. 2. Improve the design and manufacturing level of power equipment, marine electronics, electrical equipment, etc., and focus on breakthroughs in core supporting products and systems such as dual-fuel diesel engines, liquefied natural gas fuel supply systems, and cryogenic liquid cargo systems; 3. Marine engineering equipment. 3. Accelerate the advancement of major marine engineering equipment such as floating production storage and unloading equipment (FPSO), crane pipelay ships, geophysical exploration ships, and drilling platforms, and develop new marine equipment such as icebreakers, large floating structures, and deep-sea aquaculture; 4. Supporting systems and equipment for offshore engineering equipment. Improve the design and manufacturing level of key supporting equipment such as dynamic positioning system, lowering and locking system, automatic control system, underwater drilling system, and underwater long-distance lifting system.

      Intelligent equipment. Efforts will be made to improve the performance and level of core equipment and components of intelligent manufacturing, form a new brand of intelligent manufacturing in Shanghai, and promote intelligent manufacturing equipment to a new level. Key developments: 1. Manufacturing system. For manufacturing enterprises such as automobiles, aerospace, shipbuilding, electronic information, biomedicine, high-end equipment, etc., promote the construction of smart manufacturing units, smart production lines, smart workshops, and smart factories, and provide overall solutions for key industries. 2. A set of equipment. Focus on the development of high-precision, high-reliability high-end industrial machines. Speed up the development and industrialization of high-end CNC machine tools and intelligent processing centers. Promote the development and application of new rail transit equipment such as smart shield machines for complex urban traffic needs. 3. D. Develop key systems and components such as train signal control and network control. Breakthrough in intelligent sensing and control equipment, intelligent detection and assembly equipment. Develop main functional components such as multi-axis, high-precision and high-end CNC systems, servo motors, etc.

      Energy equipment. Promote the development of the new energy equipment industry in the direction of high-end, digital, and independent. Key developments: 1. High-efficiency low-carbon gas turbine. Develop heavy-duty gas turbine equipment with independent intellectual property rights, develop and apply micro-gas turbine and light-duty gas turbine product series. 2. Solar power generation equipment. Improve the technological development level and research capabilities of new high-efficiency crystalline silicon solar cells and thin-film solar cell equipment. 3. Wind power equipment. Accelerate the development of large-scale wind power generation equipment and its key components, make breakthroughs in upgrading 10MW and 15MW large-scale direct-drive offshore wind turbine technology, and improve the manufacturing capacity of high-power wind turbines. Support the integrated development of "wind power manufacturing + wind farm operation + engineering services" for enterprises. 4. Nuclear power equipment. Promote the balanced development of the entire industrial chain of nuclear power R&D and design, equipment manufacturing, engineering contracting, construction and installation, and operation and maintenance. Promote the popularization and application of the third-generation nuclear power equipment, and make good preparations for the fourth-generation nuclear power technology. The experimental research and development of thorium-based molten salt reactors has reached the international leading level. 5. Smart grid. Develop core devices that support the integration of new energy sources and develop new grid technologies. Promote the engineering application of superconducting cable systems. Break through the application of large-scale energy storage batteries and other energy storage devices on the grid side and the user side. 6. Thermal power equipment. Develop high-efficiency and clean coal-fired power technologies and equipment such as large-scale coal gasification and supercritical carbon dioxide circulation.

      Energy saving and environmental protection equipment. Promote the development of energy-saving and environmentally-friendly technologies, equipment, and products in key areas such as motors and driving equipment, air pollution control, water pollution control, soil remediation, comprehensive utilization of resources, and green remanufacturing. Key developments: 1. High-efficiency and energy-saving industry. Improve the energy-saving level of power generation equipment, waste heat recovery equipment, and solar energy utilization devices. Develop new energy-saving building materials that meet the requirements of building energy-saving. Encourage the integrated and optimized application of advanced energy-saving technology, information control technology and traditional production technology. 2. Advanced environmental protection industry. Focus on the development of core technologies for wastewater treatment in the electronics and pharmaceutical industries, and research and develop soil remediation, sludge enhanced dehydration and sanitary landfill safe disposal, incinerator slag and fly ash safe disposal, soil pollution monitoring and emergency treatment equipment. 3. Resource recycling industry. Research and develop technical equipment such as the harmless treatment of domestic waste, the safe disposal of landfill leachate, and the harmless utilization and disposal of hazardous waste and medical waste. Research, develop and promote the collection and transportation system of renewable resources based on the Internet of Things, develop sorting technology and equipment for comprehensive utilization of waste, and equipment for automatic dismantling of waste electromechanical equipment.

      (6) Aerospace

      By 2025, the output value of Shanghai's civil aerospace industry will reach about 80 billion yuan. Strengthen independent innovation, promote the industrialization and serial development of civil aerospace products, accelerate the development of the entire industry chain and the construction of clusters, and create aerospace industry clusters.

Civil Aviation. Accelerate the commercialization of large passenger aircraft, promote technological research and serialized development of core products such as civil aviation engines and avionics systems, and basically form an aviation industry system led by main manufacturers, concentrated superior suppliers, supported by core supporting enterprises, and specialized platform services . Key developments: 1. Large passenger plane. Promote the completion of airworthiness certification and demonstration operations of the C919 single-aisle trunk aircraft, gradually realize commercialization and industrialization, and start the serial development of the extended and derivative models of the C919 single-aisle passenger aircraft. 2. Regional aircraft. Accelerate the improvement of the production capacity of ARJ21-700 turbofan feeder aircraft, and promote the serial development of business and cargo. 3. Wide-body aircraft. Developed CR929 long-range wide-body passenger aircraft. 4. Aircraft engine. Establish and improve a technological platform for independent development of aero-engines, and build a civil turbofan engine product R&D and manufacturing system. Accelerate the development of key models, promote the development of the Yangtze River 1000 product with a large bypass ratio turbofan engine for civil use, and carry out pre-research on key technologies such as hybrid electric propulsion systems and new fuel propulsion systems. 5. Aviation equipment. Strengthen domestic and foreign cooperation and coordinated research, and accelerate the cultivation of supporting systems for the core links of the industrial chain. Vigorously develop logistics-based smart aircraft, low-altitude drones and other general-purpose aircraft and related systems and equipment.

Civil aerospace. Expand and strengthen the satellite and application industry, accelerate the integration and development of satellite applications and space infrastructure, and comprehensively build aerospace covering key satellite components, satellite-ground system integration, ground stations and application terminals, comprehensive information services, and whole-satellite R&D and batch production Industrial system. Key developments: 1. Satellite manufacturing. Actively develop medium and low orbit and ultra-low orbit commercial satellites, and promote the construction of flexible, modular and intelligent commercial satellite manufacturing plants. Accelerate the cultivation of industrial supporting systems, focus on the development of on-board load suppliers such as communications, remote sensing, navigation, satellite power, and inter-satellite high-speed links, and promote the construction of quality standards for core components and components. 2. Space transportation system. Taking the low-medium orbit launch as the starting point, accelerate the development of small commercial launch vehicles. Develop medium and large commercial rockets with market competitiveness, and gradually form a modular, standardized, and combined production model for commercial rockets. Carry out the development and technical research of new commercial rockets and reusable commercial rockets. 3. Satellite applications. Promote the sharing of satellite data and accelerate the application of satellite communications, Beidou navigation, and remote sensing integration. Develop basic navigation and positioning products such as high-precision antennas, boards, electronic maps, and position sensors, and break through key points such as low power consumption, miniaturization, anti-interference, multi-mode and multi-frequency joint positioning, high dynamics, high integration, high sensitivity, and multi-sensor fusion. Technology to promote standardization.

      (7) Information and communication

      By 2025, the output value of Shanghai's information and communication industry will reach 350 billion yuan. Focusing on the construction of new infrastructure, accelerate the development of the next-generation IP network, all-optical communication equipment and other communications and network industries, enhance the independent innovation capabilities of new displays, strengthen breakthroughs in core technologies of the Internet of Things, and maintain the stable development of the electronic equipment manufacturing industry.

      1. Next generation IP network. Focus on supporting the development and industrialization of routers, switches, Internet gateway equipment and other products based on the sixth version of the Internet Protocol (IPv6+) specification, and promote large-scale applications such as operators, governments, finance, and the Internet. Focus on the development and industrialization of 400G, intelligent and lossless data center network products and next-generation Wi-Fi products.

      2. All-optical communication equipment. Focus on the development of a full range of optical communication system equipment (access network transmission, metropolitan area network transmission, core network transmission) and network information security services, and continue to enhance the R&D and manufacturing capabilities of core-based all-optical communication devices.

      3. New display. Promote the further increase in the market share of active matrix organic light-emitting diodes (AMOLED) products, expand and extend the industrial chain with the construction of Jinshan's new display industry base, and increase the layout of new display materials companies. Key development: Evaporation equipment, optical films, substrate materials, organic light-emitting materials, electronic chemicals, and other new key display equipment and materials. Increase the layout in new technology fields such as AMOLED micro-display and quantum dots to seize opportunities for future industrial development.

      4. Internet of Things. Launch tens of millions of IoT application demonstration projects in industrial control, home care, precision agriculture, product traceability, energy management, smart parks, smart transportation, public safety, etc., promote the integration of IoT technology and transportation, and promote inventory facility information Upgrading and transformation. Achieve overall breakthroughs in core technology fields such as radio frequency identification (RFID), sensors, Internet of Things communication chips, system software, and information security, and cultivate a number of Internet of Things backbone enterprises with international competitiveness.

      5. Electronic equipment manufacturing. Actively support the stable development of smart terminal foundry enterprises in Shanghai, and the industrial scale shall not be lower than the level at the end of the 13th Five-Year Plan period. Encourage enterprises to increase investment in technological transformation, carry out technological research, accelerate the use of industrial robots, artificial intelligence and other technologies to accelerate digital and intelligent transformation, and enhance the automation and intelligence of manufacturing.

      (8) New materials

      By 2025, the total output value of the new material industry will reach about 320 billion yuan, and the process of import substitution and localization in 3-4 key areas will have achieved obvious results, and a group of invisible champions in the subdivisions with independent intellectual property rights will be cultivated. Key developments: 1. Advanced basic materials. Consolidate the development of ultra-high-strength automotive steel, high-performance offshore steel, high-grade silicon steel, etc., cultivate and develop high-temperature, corrosion-resistant, high-strength nickel-based alloys, special stainless steel, special structural steel, etc., and improve the supporting capabilities of the high-end steel industry chain . Vigorously develop high-performance polyolefins, high-end engineering plastics, special synthetic rubbers, functional adhesives, biodegradable plastics and other advanced polymer materials, as well as electronic chemicals, high-end additives and other special chemicals to increase the overall self-sufficiency rate of new chemical materials. 2. Key strategic materials. Focus on the development of integrated circuits and new display materials, promote the industrial application of large-size (12-inch) silicon single crystal polished wafers, chemical mechanical polishing materials, packaging materials, etc., and accelerate 4-inch gallium nitride wafers and 6-inch silicon carbide wafers R&D and demonstration applications of wafers, electronic grade polysilicon and laser crystal materials. For aerospace and lightweight materials, promote the industrial application of high-end superalloys and carbon fiber composite materials in aviation, high-speed rail, offshore and other fields, and promote the preparation and industrialization of aerospace glass and silicon carbide ceramics. Biomedical materials, promote the development and application of biodegradable polylactic acid materials, orthopedic implant materials, biodegradable magnesium alloys, scintillation crystal materials, carbon fibers and composite materials, and accelerate 3D bioprinting, surface biofunctionalization and modification of materials, etc. Key technological breakthroughs. High-end equipment materials, breaking through the technology of high-inductance, extremely low-loss oriented silicon steel and high-end non-oriented silicon steel for mega-kilowatt ultra-high voltage transformers, and promote the industrial application and promotion of high-end coating materials. 3. Cutting-edge new materials. Cultivate high-temperature superconducting materials, graphene, 3D printing, etc., and strive to form a batch of internationally leading original core technologies with independent intellectual property rights.

      (9) Emerging digital industry

      By 2025, the operating income of the emerging digital industry with software and information services as the core will reach about 1 trillion yuan, cultivate 20 leading companies in the digital economy in vertical segments, build several 100-billion-level industrial clusters, and comprehensively enhance the development of the digital economy Energy level, to promote the digital transformation of the economic field.

      1. High-end software. Focus on improving the core competitiveness of basic software and supporting capabilities of industry software, and seize the commanding heights of technology and the high-end links of the industrial chain and value chain. Basic software. Focus on the development of virtual resource scheduling, large-scale parallel analysis, distributed memory computing, machine learning algorithm framework and other new-generation basic software for artificial intelligence, cloud computing, and big data. Focus on improving the maturity, safety, reliability, and data processing service capabilities of safe and controllable basic software such as operating systems, databases, middleware, and office software, and further expand the use of party and government agencies, as well as key industries such as telecommunications, electricity, education, and culture. Market share. Industrial software. Vigorously develop basic industrial software such as manufacturing execution, production intelligent management, product life cycle management, and computer-aided design (CAD), auxiliary analysis (CAE), auxiliary manufacturing (CAM), auxiliary process planning (CAPP), virtual simulation and other tools software. For high-end equipment, new energy, new materials and other key areas, focus on the development of industrial control software such as embedded real-time industrial operating systems, safety instrument systems, distributed control systems, configuration monitoring, etc. Intelligence level. Industry application software. Vigorously develop industry application software in the fields of government services, people's livelihood services, financial shipping, and commercial circulation, promote the transformation of industry application software to service and platform, and provide users with integration of system consulting, planning and design, online services, and data integration analysis. service. Focus on the development of industry application software systems and intelligent solutions.

      2. Digital content. Guided by the promotion of the integration and development of emerging technologies and cultural and creative industries, cultivate and develop an original, diversified and branded digital content industry system. Digital technology equipment. Focus on breakthroughs in key technologies such as digital special effects, image rendering, holographic imaging, and naked-eye 3D, vigorously develop immersive experience facilities, unmanned intelligent browsing, wearable devices, smart terminals, drones and other intelligent equipment, and accelerate the development of content production, transmission and The 5G+4K/8K ultra-high-definition production and broadcasting equipment used. Digital content products. Accelerate the creation of digital content products such as ultra-high-definition VR, games, animation, literature, and audio-visual programs, cultivate and shape a batch of original IP with distinctive Chinese cultural characteristics, and focus on cultivating professional vertical search platforms and social networking that meet the needs of user segmentation Media platforms, vigorously develop cultural and creative industries such as streaming media, e-sports, content distribution, micro-transactions, and video-on-demand, and promote leading companies to establish an original, mobile, and diversified digital content development ecosystem.

      3. Digital application. Driven by innovative applications, promote the rapid development of emerging technologies such as big data, cloud computing, industrial Internet, and blockchain, and accelerate the process of digital transformation in the economic field. Big Data. Focus on breakthroughs in key technologies such as big data basic platforms, distributed storage, analysis and computing, accelerate the construction of massive data training libraries, standard test data sets, tool libraries and other industry data resource platforms, and focus on cultivating data collection, labeling, storage, transmission, management, and Application and other full-life cycle industrial systems, and strive to build a big data supply chain. cloud computing. Focus on breakthroughs in key technologies such as data warehouses, cloud computing platforms, and data mining and analysis, vigorously develop core products such as cloud operating systems, cloud middleware, and cloud databases, and expand cloud computing in industrial manufacturing, commercial circulation, transportation and shipping, financial services, education and medical care Application in key areas such as to enhance the level of intelligent and personalized cloud computing solutions and application demonstration. Industrial Internet. Focus on breakthroughs in core technologies such as industrial edge computing and industrial knowledge graphs, vigorously develop intelligent solutions and industrial apps for the edge layer, platform layer, and application layer, establish a batch of industry-level industrial mechanism models and microservice component libraries, and build a batch of Industry-level and general-purpose industrial Internet platforms promote the integrated application of "5G+AI+Industrial Internet". Blockchain. Focus on breakthroughs in key technologies such as smart contracts, consensus algorithms, encryption algorithms, and distributed systems, accelerate the construction of a batch of blockchain service platforms, promote demonstration applications of blockchain in the fields of finance, commerce, logistics, energy, and manufacturing, and build application scenarios , To form a blockchain application technology system and industrial ecology.

      4. the leading industry facing the future

      Leading industries, also known as future industries, refer to industries that have an important strategic position in the economic system, can drive the development of other industries, guide the future development of the national economy, and represent the direction of technological development and industrial upgrading. During the "14th Five-Year Plan" period, Shanghai will combine its own scientific and educational resources and industrial base advantages to plan a batch of future-oriented leading industries.

      (1) Photonic chips and devices. Focus on breakthroughs in the R&D and application of new generation photonic devices such as silicon photonics, optical communication devices, and photonic chips, in the modularization technology of photonic devices, silicon photonics technology based on complementary metal oxide semiconductor (CMOS), optical communication technology, and optical interconnection technology , Chip integration technology, optoelectronic integrated module packaging technology and other aspects of the research to carry out key research. Strive to realize the disruptive innovation of the new generation of photonic devices in the industry chain of data centers, supercomputers, auto-driving cars, home robots, telecommunications equipment, and defense equipment.

      (2) Gene and cell technology. Promote the development of technologies such as gene editing, assembly, and recombination, build cell factories that can produce drugs, chemicals, natural products, and bioenergy, and promote the industrial application of synthetic biology technology. Deepen the research and development of somatic cell reprogramming, artificial tissue and organ construction and other technologies, and promote the clinical application of stem cell repair pathological damage, tissue and organ regeneration and other cell technologies.

      (3) Brain-like intelligence. Improve the level of support for basic brain research in the brain-like intelligence industry, and focus on breakthroughs in the development and application of brain-computer fusion technology and brain-like chip technology. Realize the clinical application of brain-computer fusion technology in the diagnosis, treatment, and rehabilitation of patients with refractory depression, Parkinson's disease, and stroke. Research and develop brain-like and neuromorphic chips based on disruptive technologies such as memristors to realize the innovation of a new generation of artificial intelligence technology and a new information industry.

      (4) New marine economy. Focus on the development and application of deep-sea equipment technology such as deep-sea resource exploration and development, underwater robots, deep submersibles, and seawater desalination. Increase the R&D and manufacturing of ocean wind power generation and ocean energy generating sets, and promote the utilization of marine renewable energy. Vigorously develop marine information services, explore the establishment of an open platform for marine big data, and expand marine information data value-added services.

      (5) Hydrogen energy and energy storage. Focus on the core technologies and key links of the hydrogen energy industry chain, strengthen the R&D and application of industrial hydrogen production and purification, electrolytic hydrogen and other technologies, focus on reducing hydrogen production costs, and enhance hydrogen energy supply capabilities; strengthen hydrogen storage and hydrogen transportation related technologies, materials and equipment research , Strive to form small-scale demonstration applications; improve the independent research and development capabilities of fuel cell core basic materials and core components; moderately advance the layout, and accelerate the planning and construction of hydrogen refueling stations.

      (6) The sixth generation of mobile communications. Focus on breakthroughs in new generation channel coding and modulation technology, new generation antenna and radio frequency technology, terahertz wireless communication technology and system, air-space-Haitian integrated communication technology, software and open source network key technology, artificial intelligence-based wireless communication technology, dynamic spectrum Key technologies of the sixth-generation communication (6G) such as shared technology. Participate deeply in national 6G technology projects, research and deploy a number of scientific and technological projects, actively participate in 6G standardization competition, and maintain first-mover advantages in the fields of chips, test equipment, and mobile terminals.

      5. Space layout

      Create a strategic emerging industry spatial layout with "two poles and two belts" as the mainstay. Among them, the two poles are the Zhangjiang technological innovation pole and the port industry growth pole, the two belts are the high-tech service industry belt around the central city and the high-end manufacturing industry around the suburbs. bring. Support each district to combine its own characteristics and advantages to build strategic emerging industrial parks.

      (1) Create Zhangjiang Science and Technology Innovation Pole

      Speed up the construction of Zhangjiang Science City, and build a world-class science city around the goal of "obvious scientific characteristics, gathering scientific and technological elements, environment, humanities and ecology, and full of innovative vitality". Accelerate the construction of Zhangjiang Comprehensive National Science Center with global influence, build a batch of major national innovation platforms, and continue to gather first-class.

      The research universities and scientific research institutions support enterprises to accelerate the improvement of technological innovation capabilities. Focusing on key areas such as integrated circuits, biomedicine, artificial intelligence, intelligent robots, etc., carry out original innovation, break through key core technologies, create a core source of scientific and technological innovation, and build an innovation pole for strategic emerging industries in Shanghai.

      (2) Cultivating the growth pole of the port industry

      Speed up the construction of the Lingang New Area, make full use of the system and space advantages of the Lingang New Area, focus on the development of industrial clusters such as integrated circuits, biomedicine, artificial intelligence, and civil aviation, and actively cultivate new energy vehicles, high-end equipment, and green remanufacturing. Industry, speed up the introduction of first-class domestic and foreign enterprises, expand and strengthen the scale and energy level of the industry as soon as possible, and rebuild a comprehensive base for strategic emerging industries. Efforts will be made to improve technological innovation and industrial integration capabilities, improve overall regional industrial energy levels, create a world-class frontier industrial cluster with key core technologies as a breakthrough, accelerate the establishment of an open industrial system with international competitiveness, and build a new strategic emerging industry in Shanghai Growth pole.

      (3) Optimize the high-tech service industry belt around the central city

      The regional scope mainly involves the outer circle of the central city, such as Yangpu University Town, Hongkou North Bund, Jing'an North Industrial Park, Putuo Zhongyi Innovation Park, Changning Hongqiao Zhigu, Minhang Zizhu, Xuhui Caohejing, Xuhui West Bank, Pujiang Zhigu, etc. In the core area, focus on the development of high-tech service industries such as artificial intelligence, big data, cloud computing, industrial Internet, technology intermediary, etc., to enhance the radiation service capabilities of the Yangtze River Delta, and build a first-class domestic and internationally influential high-tech service industry belt.

      (4) Develop high-end manufacturing industry belts around the suburbs

      The regional scope includes H-shaped areas with 3 industrial development axes, including Jiading, Qingpu, Songjiang, Jinshan and other high-end manufacturing coordinated development axes along the Yangtze River Delta in the west; Baoshan, Changxing Island, Jinqiao, Zhuqiao, Lingang, Fengxian and other eastern riverside areas The development axis of high-end manufacturing along the bay; and the development axis of high-end manufacturing in the middle of Songjiang G60, Pudong S20 and S1 (covering Songjiang Industrial Zone, Kangqiao Industrial Zone, Jinqiao and Zhuqiao). Focus on the development of high-end manufacturing industries such as integrated circuits, smart sensors, new energy and smart connected vehicles, new materials, biomedicine, aerospace, high-end ships and marine engineering equipment, and smart robots, and build them into important clusters and growth points for high-end manufacturing .

      (5) Strengthen characteristic industrial clusters

      Integrated circuit industry. Create a "one body and two wings" space layout with Zhangjiang as the main body and Lingang and Jiading as the two wings, improve the energy level of Zhangjiang National Integrated Circuit Industry Base, enhance the high-end IC equipment manufacturing capacity of Lingang, and cultivate Jiading's emerging integrated circuit industry belt. Speed up research and planning to build a new integrated integrated circuit industrial base in the Lingang New Area or the Yangtze River Delta Demonstration Zone.

      Biomedical industry. A high starting point plan to create a "1+5+X" biomedical industry cluster area, including the Zhangjiang Biomedical Innovation Leading Core Zone, Lingang New Area Precision Medicine Pilot Demonstration Zone, Oriental Beauty Valley Life and Health Integration Development Zone, Golden Coast Modern Pharmaceutical Green Carrying Zone, North Shanghai Biomedical High-end Manufacturing Cluster and South Hongqiao Smart Medical Innovation Experimental Zone. Support the development of biomedical industry in Xuhui, Jiading, Qingpu, Songjiang, Putuo and other districts, and expand the scope of industrial clusters in time and conditions.

      Artificial intelligence industry. Accelerate the construction of "4+X" integration and innovation carriers. Zhangjiang, Pudong, is to build an artificial intelligence island with an internationally leading level and build a leading artificial intelligence chip industry cluster in the country. Xuhui Riverside, build the West Bank Wisdom Valley, focus on West Bank Wisdom Tower and Beiyang Artificial Intelligence Town, and build an artificial intelligence international headquarters base. Minhang Maqiao highlights the development of the new district and the implementation of industries. In the new Lingang area, speed up the industrial layout of intelligent driving and equipment manufacturing, and build an autonomous driving demonstration area. In addition, speed up the construction of special parks such as Shibei High-tech Park, Changyang Innovation Valley, Hongqiao Intelligent Valley, Tiandi Software Park, and Qingpu West Hongqiao Wisdom Valley.

      Emerging digital industry. Relying on the central city and key areas such as Pudong, Minhang, Qingpu and Jing'an, develop 5G, industrial Internet, cloud computing, big data, blockchain and other distinctive emerging digital industries. Focusing on the construction of the main demonstration zone of Lingang smart manufacturing and the smart manufacturing clusters of Songjiang, Jiading, Baoshan, Minhang, etc., promote the development of digitally empowered manufacturing. Leverage the innovative advantages of the cross-border convenient data connection system in the Lingang New Area, and accelerate the construction of an international data port. Optimize the spatial layout of financial technology in two cities, one belt and one port (two cities refer to Lujiazui Financial City and Zhangjiang Science City, one area refers to Yangpu Riverside, North Bund, Bund, and Xuhui Riverside, and one port refers to Lingang New Area) to promote digital empowerment Financial industry development.

      Support all districts to combine their own advantages to build a number of areas around integrated circuits, artificial intelligence, biomedicine, digital economy, new energy and intelligent networked vehicles, aerospace, high-end equipment, new materials, energy conservation and environmental protection, satellite Internet, Beidou navigation and other fields A characteristic park for strategic emerging industries.

      6. Major special projects

      With the goal of implementing key tasks for development in various fields, relying on the integrated development strategy of the Yangtze River Delta, organize and implement six system support special projects for industrial foundation improvement, common technology research and development, and leading enterprise cultivation; focus on integrated circuits, biomedicine, etc. In the field, organize and implement special projects in four key areas to comprehensively enhance the competitiveness of Shanghai’s strategic emerging industries.

      (1) System support special project

      1. Industrial base reengineering project. Taking enterprises as the main body and projects as the starting point, focusing on basic parts/components, basic industrial software, basic materials, basic manufacturing processes and equipment, industrial standards and basic technology inspection and testing systems, and other "five basic" areas, focusing on breakthroughs A batch of key core technologies. Focusing on the advanced industrial foundation and the modernization of the industrial chain, we will carry out quality tackling actions, implement "taking over the rankings", accelerate the transformation of innovation results, consolidate the basic capabilities of the industry, enhance the resilience of the industrial chain, and improve the independent controllability of the industrial chain.

      2. Industrial innovation infrastructure project. Focusing on key areas of strategic emerging industries, focusing on key aspects of technological innovation, deploying a batch of innovative infrastructures with high technological level and strong industrial support capabilities, and developing open, market-oriented professional services. Focus on building open and shared medical big data training facilities, electron microscopy centers, advanced medical imaging integration innovation centers and other industrial innovation infrastructures to effectively support major key technological breakthroughs.

      3. Innovation platform system engineering. Focus on the three major industries of integrated circuits, artificial intelligence, and biomedicine, and create an open and collaborative major innovation platform. In the field of integrated circuits, build a "1+4" national innovation platform system led by Zhangjiang Laboratory and supported by the National Integrated Circuit R&D Center. In the field of artificial intelligence, with the leading national major innovation platform for artificial intelligence, five open innovation platforms including computing and empowerment will be built around algorithms, computing power, and data. In the field of biomedicine, with the guidance of major national innovation platforms for biomedicine and brain sciences, we will build major platforms such as the Yangtze River Delta Sub-center for technical review and inspection of pharmaceuticals and medical devices.

      4. Leading enterprise cultivation project. Focus on key areas such as integrated circuits, biomedicine, artificial intelligence, and emerging digital industries, select a group of leading companies with a certain market scale and strong innovation capabilities, and strengthen the integrated support of existing investment and financing, R&D, and talent policies. Key enterprises implement "one enterprise, one policy" to promote enterprises to realize the overall improvement of main business income and core technology level within 5-10 years, and build several world-class technology leaders.

      5. Emerging technology demonstration application project. Focusing on Internet medical care, intelligent manufacturing, social governance, community livelihood services, etc., create a number of influential "artificial intelligence +" integrated application demonstration models, and explore the intelligent system of three-dimensional perception, global collaboration, precise judgment, and continuous optimization. Promote the construction of new network infrastructure such as "AI+5G", Internet data centers, and edge computing, promote the development of new models and business formats, and promote the reform of service methods and governance models. Actively implement the demonstration project of industrial cross-border integration, and create a pilot demonstration zone for the future industry.

      6. Pillar industry transformation and upgrading project. Support traditional industries to accelerate the development of new technologies and products, and improve the quality and efficiency of industrial development. Promote the transformation of steel and petrochemical companies to new material products, increase the output of automotive steel, ship steel, high-grade silicon steel and other products, and promote shipbuilding companies to upgrade to the top of the value chain.

      (2) Special projects in key areas

      1. Construction of major production lines for integrated circuits. Accelerate the construction of major integrated circuit production lines to support the doubling of the scale of the integrated circuit industry. Focus on advancing the construction of 12-inch advanced technology and mature process production lines, promote the construction of special processes and major projects of third-generation compound semiconductors, and accelerate the construction of 12-inch large silicon wafer production lines.

      2. Joint collaborative innovation project of medical enterprises. Build Shanghai Clinical Research Center and Shanghai International Medical Science Innovation Center, and cooperate with pharmaceutical companies to develop innovative drugs and high-end medical device products. Speed up the operation of translational medicine facilities to provide services for the development and application of biomedical technology. Build a major infectious disease and biosafety research institute, and cooperate with pharmaceutical companies to carry out vaccine research and development and clinical research.

      3. Local Cultivation Project for Large Aircraft Supporting System. Focusing on supporting links such as aviation power, avionics systems, electromechanical equipment, composite structural parts, and key parts manufacturing, strengthen collaboration with the industrial chain supply chain of Jiangsu, Zhejiang and Anhui, and accelerate the cultivation of the local large aircraft industrial chain supply chain. Create a cluster of large aircraft supporting industries. Accelerate the construction of large aircraft "One Valley, One Park", and promote the establishment of a number of joint laboratories with large central enterprises, multinational companies, and domestic scientific research institutions.

      4. New energy vehicles leapfrog development project. Accelerate the transformation of traditional vehicles to new energy vehicles, promote the integrated development of fuel cell vehicles and smart vehicles in the Yangtze River Delta, and overcome key components such as "three powers" and the core technology of fuel cell vehicles. Promote the transformation of key enterprise products to pure electric vehicles and fuel cell vehicles, and cultivate a group of auto parts companies with a sales scale of 10 billion.

Seven, safeguard measures

      (1) Deepen innovation and breakthroughs in market mechanisms

Give full play to the decisive role of the market in the allocation of resources, give better play to the role of the government, make good use of Pudong’s high-level reform and opening up and the construction of the new Lingang area, accelerate the construction of a new system for key core technologies, and promote breakthroughs in policy innovation . Formulate a new round of integrated circuit industry policies to support research and development of key core technologies, investment and financing of major projects, application and promotion of key products, and cultivation of industrial talents. Formulate policies and measures to promote the development of the biopharmaceutical industry, focusing on strengthening innovative product research and development support, strengthening clinical research transformation and medical-enterprise collaboration, and launching the "Zhangjiang R&D + Shanghai Manufacturing" brand. Improve the institutional rules for the development of new business models and models such as artificial intelligence, and relax the entry barriers for products and services in emerging fields in accordance with the principle of tolerance and prudence. Optimize and improve statistical standards, and establish a scientific and reasonable statistical system for strategic emerging industries.

      (2) Strengthen the introduction and cultivation of innovative talents

Relying on key universities and innovation platforms for the integration of industry and education, strengthen the construction of professional disciplines related to strategic emerging industries, and cultivate a group of basic talents and talents in shortage of strategic emerging industries. Make full use of gradient talent introduction policies and special talent introduction policies to provide policy support for the introduction of talents in key fields such as integrated circuits, biomedicine, and artificial intelligence. Intensify the introduction of overseas innovative scientific research teams and high-level leading talents, and provide precise support in terms of entry, exit, and stay for overseas talents introduced by key enterprises. Further decentralize the autonomy of employment, support the rational flow of talents, explore the innovation of the "dual employment" personnel system of new research and development institutions, and support the off-job entrepreneurship and part-time innovation of scientific research personnel. Support enterprises to mobilize the innovation enthusiasm of scientific researchers through incentive methods such as equity, options, and dividends.

      (3) Optimize financial and taxation guarantee support

Strengthen the role of angel investment guiding funds and venture capital guiding funds, optimize fund operation models, accelerate the promotion of comprehensive market reforms, and increase support for enterprises in the seed and start-up stages of strategic emerging industries. Deepen the implementation of the Pujiang Light Initiative, improve the construction of the reserve pool of listed companies on the Sci-tech Innovation Board, and promote the listing of more strategic emerging industry companies on the Sci-tech Innovation Board. Continue to promote the preferential interest rate long-term credit policy to further reduce the financing costs of strategic emerging industry enterprises. Further promote the establishment of technology branches by banking financial institutions, and explore the establishment of professional technology insurance companies. Make good use of the pre-tax deduction policy for R&D expenses, improve financial support methods, and promote special funds for industry and technology to focus on supporting the development of strategic emerging industries.

      (4) Stimulate the innovation vitality of market players

Comprehensively enhance the innovation power and vitality of state-owned enterprises, improve the innovation assessment and incentive system of state-owned enterprises, deepen the reform of mixed ownership of state-owned enterprises, and support leading state-owned enterprises to combine private capital to establish an innovation consortium. Enhance the innovation capabilities of private enterprises, and encourage and support private technology enterprises to undertake government scientific research projects and the construction of innovation platforms. Promote the integration of foreign-funded enterprises into the local innovation system, and support foreign-funded enterprises to establish laboratories, R&D centers, innovation centers, enterprise technology centers, and post-doctoral research workstations. Support all types of enterprises to set up high-level collaborative innovation platforms and carry out major original key technology development in key areas of strategic emerging industries.

      (5) Improve the support level of high-tech services

Focusing on the key links supporting industrial chain innovation and major product research and development, and in accordance with the principle of combining government guidance and market-oriented operation, a batch of research and development and transformation functional platforms will be built. Strengthen the capacity building of the high-tech industry service industry, and accelerate the organizational, professional, and market-oriented development of science and technology intermediary service agencies. Vigorously develop the technology market, promote the establishment of the Shanghai Technology Exchange into a national factor market, and improve the service level of the National Technology Transfer Eastern Center and the Shanghai Intellectual Property Exchange Center. Build a national technological innovation center in the Yangtze River Delta, accelerate the construction of a scientific and technological innovation community in the Yangtze River Delta, and coordinate the allocation of innovative resources for strategic emerging industries in the Yangtze River Delta. Increase efforts to support the construction of various types of incubators and crowd-creation space, improve the incubation capacity of technology enterprises, and support innovation and entrepreneurship of technology enterprises.