Shulou(Shulou.com)11/24 Report--

CTOnews.com news on November 20, the General Office of the Shanghai Municipal people's Government issued a circular on the issuance of the Shanghai Municipal Action Plan for promoting the Development of Commercial Aerospace and Building a Highland of the Spatial Information Industry (2023-2025).

The circular mentioned that by 2025, with the great-leap-forward development of commercial aerospace as the traction, we will strengthen the integrated development of satellite communications, navigation and remote sensing around satellite manufacturing, carrier and launch, ground system equipment, space information applications and services, and promote the integration of space and earth information networks. Explore the new model of integration of stars and arrows, build a new pattern driven by technology, build new highlands for digital manufacturing, open up new scenes of application and demonstration, lead the integrated development of spatial information in the Yangtze River Delta region, and provide strong support for the construction of a space power. Form a full-coverage industrial chain from rockets, satellites, ground stations to terminals. Develop three leading products of a new generation of medium and large carrier rockets, low-cost and highly integrated satellites, and intelligent application terminals. To form a batch manufacturing capacity with an annual production capacity of 50 commercial rockets and 600 commercial satellites, with the goal of creating "Shanghai Star" and "Shanghai Arrow", providing a chain service model for satellite development, carrier launch, in-orbit delivery and management. Promote the formation of independent construction capabilities such as ground stations, measurement, operation and control centers, and application terminals.

The circular mentions strengthening the support of multi-level scientific research forces ranging from tackling key technological problems, platform construction to the introduction of talents. We will carry out key technologies such as liquid oxygen and methane power, vertical take-off and landing of repeatable rockets, offshore platform launch, and satellite elastic network communications. In the field of spatial information, more than five new innovation platforms, such as national and municipal key laboratories, industrial technology research institutes, applied technology centers and data sharing centers, have been added to strengthen the development of "attracting and retaining" professionals and entrepreneurial teams in Shanghai.

The notice mentioned that the mobile phone should be directly connected to the satellite network. We will continue to promote technical experiments such as mobile phone direct connection, speed up the layout of satellite Internet landing operation services, and break through the bottlenecks of mobile phone directly connected satellites in terms of frequency resources, link budget, data rates and service experience. We will promote the integrated development of "Shangxing" mobile phones and directly connected intelligent terminals, speed up the transformation of technological achievements, explore commercial service models, lower the threshold for access to satellite Internet, and gradually increase the scale of users.

The notice mentioned that research and development of key technologies such as RF baseband chips, antennas, special algorithms and operating system customization will be carried out to form a cost-effective terminal manufacturing capability. Aiming at the new scene of ground and satellite integrated communication, the key technologies such as intelligent scene recognition and high reliable seamless handover based on service imperceptibility are studied. Terminal chips and modules that meet the performance requirements, low cost and low power consumption of 6G air-space-earth integrated system are developed.

The circular mentions promoting large-scale applications in key industries. Provide ubiquitous accurate spatio-temporal information services, and promote Beidou scale applications in key industries such as communications, finance, energy, radio and television, transportation, natural resources, ecological environment, urban construction management, water conservancy, agriculture, meteorology, etc. We will take aviation Internet, maritime shipping, intelligent meteorology, and polar scientific research as pilot projects to promote the demonstration and application of satellite Internet in industries with satellite communications needs, such as emergency relief, energy, transportation, and so on. We will promote the application of satellite remote sensing technology in the fields of natural resources, agriculture and rural areas, meteorological and marine monitoring, water conservancy and water conservancy, project management, finance and insurance, and explore the deep integration of artificial intelligence models and remote sensing data applications.

Full text attached to CTOnews.com:

Shanghai Action Plan for promoting the Development of Commercial Aerospace and Building the Highland of Spatial Information Industry (2023-2025)

In order to thoroughly implement the national strategy of space power and digital China, seize the important opportunities for the development of commercial space, speed up the city's construction of a future-oriented development pattern of commercial space, and strive to achieve high-quality development of the space information industry, formulate this action plan.

1. By 2025, the main goal is to strengthen the integrated development of satellite communications, navigation and remote sensing around the links of satellite manufacturing, carrier and launch, ground system equipment, space information applications and services, with the great-leap-forward development of commercial aerospace as the traction. We will promote the integration of space and earth information networks. Explore the new model of integration of stars and arrows, build a new pattern driven by technology, build new highlands for digital manufacturing, open up new scenes of application and demonstration, lead the integrated development of spatial information in the Yangtze River Delta region, and provide strong support for the construction of a space power.

-- forming a full-coverage industrial chain from rockets, satellites, ground stations to terminals. Develop three leading products of a new generation of medium and large carrier rockets, low-cost and highly integrated satellites, and intelligent application terminals. To form a batch manufacturing capacity with an annual production capacity of 50 commercial rockets and 600 commercial satellites, with the goal of creating "Shanghai Star" and "Shanghai Arrow", providing a chain service model for satellite development, carrier launch, in-orbit delivery and management. Promote the formation of independent construction capabilities such as ground stations, measurement, operation and control centers, and application terminals.

-- strengthening the support of multi-level scientific research forces ranging from tackling key technological problems, platform construction to the introduction of talents. We will carry out key technologies such as liquid oxygen and methane power, vertical take-off and landing of repeatable rockets, offshore platform launch, and satellite elastic network communications. In the field of spatial information, more than five new innovation platforms, such as national and municipal key laboratories, industrial technology research institutes, applied technology centers and data sharing centers, have been added to strengthen the development of "attracting and retaining" professionals and entrepreneurial teams in Shanghai.

-- covering multi-domain comprehensive demonstration applications ranging from governance, economy and life, related key industries to typical scenarios. Create a batch of typical application scenarios in three major areas. Focus on the large-scale applications of space technology and data services in key industries such as city, transportation, meteorology, ocean, environment, security, emergency, energy, finance, etc., expand life and consumer applications, and form 30 typical application scenarios.

-- to build a spatial layout from the core body and two wings to multi-point and multi-dimensional. The commercial space layout of "core body + east and west wings" is formed around Minhang Shanghai Space City, Pudong Satellite Internet Research Base, Lingang Satellite Manufacturing and agglomeration area, Qingpu Beidou Spatial Information Application demonstration Zone, Songjiang Satellite Industrial Base and so on. Based on the advantageous industries and key enterprise clusters in various districts and parks, eight characteristic parks with collaborative innovation of spatial information industry will be created.

-- improve the industrial ecology guaranteed in all aspects from special funds and industrial funds to supporting policies. We will build a multi-structure industrial fund and improve relevant industrial support policies. We will newly introduce and cultivate 10 key commercial and aerospace enterprises, cultivate five hard-core enterprises under the conditions for the listing of furniture spare parts, support a number of private "specialized and innovative" superior enterprises, and achieve a spatial information industry with a scale of more than 200 billion yuan.

Second, key tasks (1) strengthening basic capacity building 1. Improve the integrated ability of rocket development and launch. Develop commercial carrier rockets with high performance-to-price ratio, maturity and stability, and have brand effect, and promote the construction of commercial rocket manufacturing, final assembly and testing bases. We will promote the development and maiden flight of a new generation of medium and large carrier rockets with a diameter of 3.8 meters in long March 6C. Promote the integration of R & D, manufacturing, final assembly and testing, and improve the high-density launch support level of satellite constellations. We will deepen the demonstration of offshore launch platforms and promote the construction of commercial launch sites.

two。 Enhance the batch intelligence building capability of commercial satellites. We will build a leading satellite intelligent, standardized and batch manufacturing base in China, and build a low-cost pulse satellite batch production line to provide support for the next stage of the construction of Internet, remote sensing and other satellite systems. Complex networking, big data, digital twinning and other technologies to achieve multi-satellite parallel testing, whole-satellite automatic state monitoring and other intelligent capabilities.

3. Enhance the autonomy of ground stations and terminal systems. We will speed up the formation of supporting infrastructure construction capabilities such as satellite ground receiving stations, customs stations, mission management and control systems, and integrated data processing systems. Strengthen the supply chain construction of terminal systems such as chips, modules, antennas, terminals and intelligent sensors. We will promote the research and development of intelligent terminals such as satellite communications, satellite broadband and mobile phones, and form a development model of "scene interworking and terminal interconnection".

4. Improve the design, construction and operation capacity of commercial constellations. We will actively strive for the key tasks of satellite Internet and integrated space-time (PNT) system construction, and vigorously support the construction of Qianfan satellite constellation, Smart Skynet, very High Frequency data Exchange system (VDES) and other constellations. Carry out the construction of satellite measurement, operation and control platform, and provide launch section and in-orbit operation management services for all kinds of satellite systems with multi-frequency bands and different orbits.

(2) to jointly promote core technologies to tackle key problems. Tackling key technologies of space transportation system. Break through the technical bottlenecks such as liquid oxygen and methane power, simple maintenance and reusable, soft landing flight control, etc. To carry out technical research on remote intelligent measurement and launch, space derailment and terminal applications, and on-orbit fault handling, so as to promote the technological innovation of the space transportation system. Technical research and system development are carried out in the fields of space station low-cost cargo transportation system, manned lunar rover, earth-moon economic transportation system and so on.

6. Key technologies of satellite platform and payload are tackled. The key technologies such as communication perception fusion waveform design, space-earth multi-domain fusion perception and transmission, joint allocation and scheduling of communication computing resources, and perceptual access of heterogeneous terminal nodes are studied. Break through the technologies of satellite high integration, space-based autonomous intelligence, lightweight new materials and lightweight satellite platform, and develop new phased array antennas, large-capacity routers, intersatellite lasers and other key payloads.

7. Tackling key technologies in the industrialization of terminal products. Carry out the research and development of key technologies such as RF baseband chips, antennas, special algorithms and operating system customization to form the manufacturing capability of cost-effective terminals. Aiming at the new scene of ground and satellite integrated communication, the key technologies such as intelligent scene recognition and high reliable seamless handover based on service imperceptibility are studied. Terminal chips and modules that meet the performance requirements, low cost and low power consumption of 6G air-space-earth integrated system are developed.

8. Key technologies of constellation network architecture and dynamic access are tackled. We will break through the technical problems such as flexible networking and routing of large-scale constellations, rapid convergence of routes, and scheduling of business traffic. Carry out the research on the key technologies of 6G satellite-to-ground fusion satellite system, break through the configuration optimization design of satellite-to-ground hybrid network constellation, the overall architecture design of communication network system, the integrated base station based on satellite relay and its mobile networking technology.

(3) promoting large-scale and innovative demonstration applications 9. Implement the demonstration application of digital transformation. We will promote the digital transformation of the economy, life and governance of spatial information in an all-round way, and support the future-oriented construction of urban digital base. Based on positioning navigation and remote sensing observation, the three-dimensional coverage of above ground, underground, air and water is realized to ensure the real-time mirror image and accurate mapping between digital city and physical city. Based on the city space-time base map, it is connected to all kinds of intelligent terminals to support the precise interaction between physical city and digital city. Based on satellite Internet and ground mobile network, we will speed up the construction of a digital city information network with the integration of heaven and earth.

10. Promote large-scale applications in key industries. Provide ubiquitous accurate spatio-temporal information services, and promote Beidou scale applications in key industries such as communications, finance, energy, radio and television, transportation, natural resources, ecological environment, urban construction management, water conservancy, agriculture, meteorology, etc. We will take aviation Internet, maritime shipping, intelligent meteorology, and polar scientific research as pilot projects to promote the demonstration and application of satellite Internet in industries with satellite communications needs, such as emergency relief, energy, transportation, and so on. We will promote the application of satellite remote sensing technology in the fields of natural resources, agriculture and rural areas, meteorological and marine monitoring, water conservancy and water conservancy, project management, finance and insurance, and explore the deep integration of artificial intelligence models and remote sensing data applications.

11. Open up the application scene of mass consumption. Take the consumer demand as the traction, accelerate the formation of satellite data service products and solutions. Improve application efficiency and user experience in the fields of mobile communications, wearable devices, vehicle-road collaboration, consumer UAV, urban shared travel, healthy pension and so on. We will realize the innovative application of spatial information services in the fields of health services, pension services, care and protection of minors, care for the disabled, emerging consumption, convenient services, medical education and so on.

twelve。 Promote the mobile phone to connect directly to the satellite network. We will continue to promote technical experiments such as mobile phone direct connection, speed up the layout of satellite Internet landing operation services, and break through the bottlenecks of mobile phone directly connected satellites in terms of frequency resources, link budget, data rates and service experience. We will promote the integrated development of "Shangxing" mobile phones and directly connected intelligent terminals, speed up the transformation of technological achievements, explore commercial service models, lower the threshold for access to satellite Internet, and gradually increase the scale of users.

(4) continue to create high-quality industrial ecology 13. Optimize the spatial layout of "one body and two wings". Around Minhang Shanghai Space City, create the commercial aerospace "core main body" with significant lighthouse radiation effect, build the "East Wing" satellite scientific research and production agglomeration area around the Satellite Internet Research Institute and Lingang Micro Satellite Development Base in Pudong, and build the "West Wing" industrialization characteristic brand park around the Qingpu Yangtze River Delta digital trunk line and Beidou spatial information application demonstration zone, Songjiang G60 science and technology innovation corridor and satellite industrial base. Combined with the agglomeration advantages of Jiading Space Science, Baoshan Satellite big data, Yangpu Beidou High Precision, Hongkou 5G + Satellite Internet, etc., to create a characteristic park of industrial collaborative innovation according to local conditions.

14. Promote the construction of industry standard system. We will explore the opening of the signal system of the constellation system, carry out research on network architecture, network interface, information security, equipment and device application and testing certification standards, and speed up the promotion of the versatility and supply capacity of standardized products. We will strengthen the integration of resources such as satellite-based and ground-based enhancement systems, and support the construction of public service platforms such as application research and development, testing, certification, and licensing. Formulate relevant quality certification standards and norms, and carry out key product quality research, evaluation and quality improvement activities.

15. Create a commercial aerospace innovation model. Give full play to the role of central enterprises as the main force to create "chain master" enterprises and "head wild goose effect". We will promote the development of the private economy, consolidate and enhance the R & D and manufacturing capabilities of superior private enterprises, and support and cultivate "specialized and innovative" small and medium-sized enterprises. We will promote the linkage between technological innovation and institutional innovation, and set up new platforms for commercial aerospace and commercial rockets. Rely on spatial information industry associations, innovation and entrepreneurship centers, incubation platforms, etc., to cultivate business entities and build cooperation channels.

16. Promote the collaborative sharing of satellite data. Give full play to the functions of the existing satellite data resource platform, promote the construction of storage and computing resources, and explore the establishment of a regular data sharing mechanism. We will enhance the capacity of public services such as satellite data storage, processing, distribution and application, promote the establishment of a satellite big data center, and explore the establishment of an integrated platform for satellite data trading, data sharing, data analysis and application.

Third, safeguard measures (1) strengthen overall planning and coordination, rely on the existing work promotion mechanism, strengthen top-level design, co-ordinate the resources of all parties, and coordinate joint development. The Office of the Shanghai Industrial Synergetic Innovation leading Group will strengthen coordination and form a joint force with relevant municipal departments and district governments to promote key work, coordinate the resolution of bottlenecks, and promote the implementation of major projects.

(2) strengthen comprehensive support and guide the accumulation of more resources in the field of commercial aerospace. We will strengthen the policy linkage between cities and districts and bring commercial aerospace into the overall industrial layout. Research on the protection of industrial land in the aspects of satellite batching, rocket assembly testing and terminal manufacturing. We should give full play to the role of financial funds at the municipal and district levels and increase the tilt towards satellite network construction, measurement and control services, launch insurance, and so on.

(3) strengthen linkage innovation to support industry competent departments, promote more new carriers and new projects of spatial information in Shanghai central enterprises and local state-owned enterprises, and open up more application scenarios. Give full play to the decisive role of the market in the allocation of resources and guide diversified subjects to participate in the construction and operation of spatial information. Centering on the integrated development strategy of the Yangtze River Delta, the industrial ecosystem of the Yangtze River Delta is built in the aspects of industrial chain supply chain and satellite data application.

(4) strengthen the construction of talents, strengthen the building of leading talents in the aerospace field, high-level innovative and entrepreneurial talents, and high-skilled talents, attract high-end talents and entrepreneurial teams at home and abroad to come to Shanghai for development, and give priority support in the recognition and reward of relevant talents. Institutions of higher learning and scientific research institutes are encouraged to speed up the construction of disciplines and specialties in the aerospace field. Set up a municipal spatial information industry expert committee to build a talent "wild goose array" pattern.

(5) to strengthen international cooperation based on Shanghai's function of opening the hub, and in conjunction with serving the "Belt and Road Initiative" initiative, to carry out international cooperation in operational services, technological research, application demonstration, and personnel training, so as to create a window for the internationalization of commercial aerospace. We will promote the overseas large-scale application of spatial information services in the fields of transportation, precision agriculture, marine fisheries, asset management, intelligent construction sites and other industries.

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