【Industry News】The Government Increased Attention to Gallium Oxide, Industrialization Layout in Full Swing！

Beijing to Promote Future Industrial Innovation Development Implementation Plan

      On September 8, the General Office of the Beijing Municipal People's Government issued the "Implementation Plan for Promoting Future Industrial Innovation and Development in Beijing", facing the demand for cutting-edge new materials, in Haidian, Fangshan, Shunyi, Daxing, Economic Development Zone and other regions, focusing on the development of graphene materials, superconducting materials, super wide band gap semiconductor materials, new generation of biomedical materials and other subdivisions. For the future space exploration needs, in Haidian, Fengtai, Shijingshan, Daxing, Economic Development Zone and other regions, focus on the development of commercial aerospace, satellite network and other subdivided industries.

      By 2030, it aims to form a number of disruptive technologies and major original achievements, build a number of application scenarios, pilot platforms and technical standards, cultivate a number of industry leaders and unicorn enterprises, build a number of innovation centers and innovation alliances, and train and introduce a number of strategic scientists, industry leaders, industry managers and excellent engineers.

      It is clearly pointed out that in the second item, Gallium Oxide is mentioned in the fifth aspect, the following is the relevant part of the text of the article:

Second, facing the six major areas, to build the future industrial policy source highland.

(5) Future Materials

Facing the demand for cutting-edge new materials, in Haidian, Fangshan, Shunyi, Daxing, Economic Development Zone and other regions, focus on the development of graphene materials, superconducting materials, super wide band gap semiconductor materials, new generation of biomedical materials and other subdivisions.

15.Graphene Materials. To promote breakthroughs in key technologies such as graphene flexible electronic device manufacturing, optoelectronic detection, radio frequency, electromagnetic shielding, and common technologies such as graphene high-performance preparation and graphene composite material preparation and application. It will develop key technologies for the application of graphene medical devices and materials in medicine and gene delivery, bioimaging, electrochemical sensors and tumor photothermal treatment, and promote the large-scale application of graphene in electronic information, medical and health care, new energy, aerospace, energy conservation and environmental protection, modern agriculture and petrochemical industries.

16.Superconducting materials. To achieve a breakthrough in high-performance superconducting wire structure design and mass processing control technology, and promote the popularization and application of superconducting magnets in accelerators, monocrystalline silicon manufacturing and other fields. To achieve a breakthrough in the precursor system preparation and texture technology of low-cost bismuth high-temperature superconducting strip and YBCO coated conductors, and promote the popularization and application of low-cost kilometer-grade coated conductors. To achieve key technological breakthroughs in electromagnetic design, ultra-high voltage insulation, assembly structure and grid operation of high-capacity superconducting cables and high-voltage superconducting current limiter, and promote large-scale demonstration and application of superconducting cables and superconducting current limiter.

17.Super wide band gap semiconductor materials. Increase research and development efforts on the preparation technology of ultra-wide band gap (fourth generation) semiconductor materials represented by Gallium Oxide, focus on breakthroughs in the key technologies of single crystal growth, cutting and grinding, homoepitaxy and carrier regulation, and promote the application of Gallium Oxide materials in the fields and directions of photovoltaic, wind power, industrial power inverters, and new-energy vehicle power devices.

18.A new generation of biomedical materials. To develop new orthopedic, oral, cardiovascular and cerebrovascular repair and material manufacturing technologies, develop a new generation of bone implant materials, dental repair materials, artificial blood vessels and artificial heart systems, and develop tissue and organ regeneration bioactive materials with the ability to regulate stem cell function, induce directed differentiation and controllable factor release. To realize the regeneration and repair of bone, skin, blood, nerve, muscle and other tissues and organs.

Notice on issuing the Implementation Plan for the Development of Energy Electronics Industry in Yunnan Province (2023-2025)

Special Column 4: Energy electronics Key information products and technologies

      Semiconductor materials. Vigorously develop new semiconductor materials such as Gallium Nitride, Silicon Carbide, Zinc Oxide, and Gallium Oxide, actively develop the manufacture of electronic-grade polysilicones and silicon wafers, and accelerate the research and development and production of materials such as high-purity chemical reagents, electronic gases, carbon-based and high-density packaging substrates.

      Light-emitting diodes. The development of LED semiconductor lighting substrate and LED semiconductor lighting fixtures, the introduction of LED semiconductor lighting epitaxial wafer and other key technologies.

      Intelligent robot. Give full play to the industrial foundation of machine vision and industrial robot vision sensors in Yunnan Province, and actively develop new visual intelligent robots and related control, measurement and inspection systems that meet the needs of power electronics, smart factories, and intelligent grid scheduling.

      Cloud computing and big data. Speed up capacity building in cloud computing and big data services, promote the development of cloud computing and big data industries, further accelerate the construction of "digital Yunnan", and actively integrate into the national integrated big data center system. Accelerate the application of key technologies such as large-scale resource management and scheduling, operation monitoring and security, and multi-cloud management of cloud computing platforms. Relying on existing big data centers, we will continuously improve cloud service solutions in the field of energy electronics, and build a distinctive cloud computing and big data industry base.

      Data monitoring and operation analysis system. Support research, development and promotion of photovoltaic power station production operation and maintenance integrated management platform construction, integration of intelligent inspection, data statistical analysis, production and plan management, training and teaching, safety management, settlement, comprehensive services, etc., to achieve the centralized control of power station management system and big data summary analysis.

Hubei Provincial government issued the Action Plan to Accelerate the Construction of the "World Optics Valley"

      Third, focus on the optoelectronic information core, and build a world-class emerging industry leader

      Focusing on national strategy, frontier direction and market demand, highlighting industrial ecology and racetrack thinking, focusing on the "light" field, consolidating and giving full play to the leading advantages in optical communications, laser and other optoelectronics core fields, taking chips as the key breakthrough, improving the subdivided industrial chain and forming industrial segments with points and areas, and striving to improve the security, stability and competitiveness of industrial chain and supply chain. Forward-looking planning, accelerate the layout of frontier fields such as silicon optical integration, optoelectronic integration and new industrial tracks in the future, encourage the exploration of unknown and breakthrough fields and directions, build the world's first-class optoelectronic information industry chain, fully grasp the international discourse power, and form a world-class industrial cluster matrix with prominent advantages and endogenous iteration.

      (1) Scale the peak, and promote the first breakthrough in the core field of optoelectronic information.

      Keep up with the development trend of the global optoelectronics industry, give full play to the leading technological advantages of East Lake High-Tech Zone, maintain strategic focus, focus on memory chips, three-dimensional integration, compound semiconductors, silicon optical chips and other fields with chips as the core, strengthen major technological breakthroughs and original innovation in key core links of the industry, and promote the advantage of the field to break through.

      Memory chip, 3D integration, compound semiconductor and silicon optical chip. Focus on the development of memory chips in national memory bases, accelerate the process of domestic substitution of key equipment, basic raw materials and core components, gradually establish an independent and controllable industrial chain and supply chain system, promote the overall improvement of domestic semiconductor manufacturing, and accelerate the construction of "world memory capital"; Based on 3D integration, it will develop car-gauge chips, sensor chips and other fields, break through advanced manufacturing processes, and build a 3D integrated global manufacturing plateau. Accelerate the layout of new generation semiconductors such as Gallium Oxide and Silicon Carbide, promote the coordinated development of innovation chain and industrial chain, and build a global compound semiconductor innovation center; Give full play to the core advantages of silicon-based semiconductors and optoelectronics, advance the layout of silicon optical chips, seize new tracks such as silicon-optical integration and optoelectronic integration, and build an internationally leading silicon optical chip innovation platform.