Inner Mongolia: Solar cell module production capacity can meet more than 80% of local construction demand

On September 12, the Department of Industry and Information Technology of Inner Mongolia Autonomous Region and other six departments jointly issued the Implementation Opinions of the Department of Industry and Information Technology of Inner Mongolia Autonomous Region and Other Six Departments on Promoting the Development of Energy and Electronics Industry, which put forward the development goal: by 2025, the economy of energy and electronics industry will take shape, and the coordinated development of "optical storage and information" will be achieved. The supply capacity of photovoltaic and new energy storage products has been greatly improved, with the production scale of crystalline silicon materials accounting for more than 40% of the country's total, and the production capacity of solar cell modules can meet more than 80% of the local construction demand; the new energy equipment industry chain has been further extended; The installed capacity of grid-connected new energy storage has been greatly increased , and the supply capacity of hydrogen energy has been effectively guaranteed .

The full text is as follows:

Notice

on Printing and Distributing the Implementation Opinions of the Department of Industry and Information Technology and Other Six Departments of the Inner Mongolia Autonomous Region on Promoting the Development of the Energy and Electronics Industry All League Administrative Offices, Municipal People's Governments, and Relevant Units of the Autonomous Region:

With the consent of the People's Government of the Autonomous Region, The Opinions of the Department of Industry and Information Technology of Inner Mongolia Autonomous Region and Other Six Departments on Promoting the Development of Energy and Electronics Industry are now printed and distributed to you. Please implement them conscientiously in light of the actual situation.

Inner Mongolia Autonomous Region Industry and Information Technology Department Inner Mongolia Autonomous Region Education

Department Inner Mongolia Autonomous Region Science and Technology Department Inner Mongolia Autonomous Region Branch

of the People's Bank of China Inner Mongolia Autonomous Region State Administration of Financial Supervision Inner Mongolia Supervision Bureau Inner Mongolia Autonomous Region Energy Bureau

August 21

, 2023 Inner Mongolia Autonomous Region Department of Industry and Information Technology and other six departments on promoting the development of energy electronics industry implementation opinions

Energy electronics industry is the integration and innovation of electronic information technology and new energy demand. Emerging industries that have emerged and developed rapidly include solar photovoltaic, new energy storage, key terminal applications, key information technology and other fields. Energy electronics industry is not only an important part of the implementation of manufacturing power, but also the material basis for the production, storage and utilization of new energy, and the backbone of achieving the goal of carbon peak and carbon neutralization. In order to further promote the coordinated and integrated development of the whole industry chain of energy and electronics, the following suggestions are put forward in combination with the actual industrial situation of the autonomous region:

I. General requirements

(I) Guiding ideology. Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, we should thoroughly implement the spirit of the 20th National Congress of the Communist Party of China, fully implement the spirit of the General Secretary of Xi Jinping's important speeches and instructions to Inner Mongolia, and earnestly implement the strategic positioning of "two barriers", "two bases" and "one bridgehead". Promote the revolution of energy production and consumption, build the whole industry chain of energy and electronics industry with coordinated development of "light, storage and information", cultivate the characteristic industrial cluster of energy and electronics, build the industrial ecological system, and help to achieve the goal of carbon peak and carbon neutralization.

(2) Basic principles. We should adhere to the primary principle of ensuring national energy security, rely on existing resource endowments and industrial foundations, build bases, cultivate clusters, extend chains and make up for shortcomings, cultivate industrial clusters with energy and electronic characteristics, and promote the energy security and supply system to move towards "new". Give full play to the decisive role of the market in the allocation of resources, and establish a fair competition, healthy and orderly market development environment.

(3) Development goals. By 2025, the economy of energy and electronics industry will take shape, and the coordinated development of "optical storage and information" will be realized. The supply capacity of photovoltaic and new energy storage products was significantly improved, with the production scale of crystalline silicon materials accounting for more than 40% of the country's total, and the production capacity of solar cell modules meeting more than 80% of the local construction demand. The new energy equipment industry chain was further extended, the installed capacity of grid-connected new energy storage was significantly increased, and the supply capacity of hydrogen energy was effectively guaranteed. The energy electronics industry has taken initial shape, industrial clusters and ecological systems have been continuously improved, and new generation information technologies such as 5G/6G, artificial intelligence, and industrial Internet have been widely used in the energy field.

2. Accelerate the completion of the short board

of industrial development (4) Strengthen the development and application of key information technology products for new energy. Combing the industrial map, vigorously introducing optoelectronic devices, power semiconductor devices, sensitive components and sensing devices, intelligent energy information systems and other enterprises suitable for the new energy industry, and accelerating the development of key information technologies and products such as intelligent energy storage integrated systems, semiconductor silicon materials, etc. Strengthen the docking of production and demand, and promote energy and electronic enterprises to build digital workshops with digital technologies such as intelligent equipment, automation technology and automatic identification technology. We will encourage the use of a new generation of information technology to build intelligent factories and promote the deep integration of information technologies such as the Internet, big data, artificial intelligence, and 5G with green and low-carbon industries.

(Five) actively promote the development of software industry matching the development of energy industry. Focusing on the needs of the energy and electronics industry in our region, we will precisely introduce a number of high-end industrial software enterprises with intelligent design, manufacturing, Internet of Things and services, and energy big data processing, accelerate the development of intelligent dispatching, operation, control and maintenance technology in West Inner Mongolia Power Grid, and establish a smart grid with the integration of "optical storage and information". We will promote the construction of a data platform for the energy and electronics industry and realize the automatic collection of operational data. Construct data analysis model, improve data aggregation, analysis and application capabilities, and promote the level of intelligent integration.

(6) Accelerating the construction of innovation system. Centering on

3. Improving the development level

of key industries (7) Promoting the quality and efficiency of photovoltaic products and technologies. We will focus on developing the production of high-purity silicon materials and electronic-grade crystalline silicon, upgrading the preparation technology of large-size monocrystalline silicon rods and slices, improving the high-end industrialization capability of key photovoltaic materials such as electronic paste, photovoltaic backplane and photovoltaic glass, supporting breakthroughs in the production line of high-efficiency closed-loop silicon materials, and upgrading the level of reduction furnaces, monocrystalline furnaces and photoelectric detection equipment. We will encourage the development of new silicon-based materials such as organic silicon and silicon carbide. We will accelerate the development and application of advanced technologies such as high-purity silicon materials, large-size silicon wafers and N-type high-efficiency batteries. Combining with the existing industrial base, we will carry out investment promotion in key links such as intelligent inverter, junction box, photovoltaic glass, EVA film and tracking system. Encourage the development of intelligent photovoltaic modules with real-time monitoring and operation functions and new reliable inverters to improve the level of lightweight, flexible and intelligent photovoltaic modules. Research and development of efficient intelligent controller, combiner box, tracking system and promotion of intelligent management system and integrated operation and maintenance technology to improve the level of information management of photovoltaic power generation in the whole cycle.

(8) Improve the technical level of new energy storage batteries. And that performance of the lithium iron phosphate cathode material and the graphite cathode material are improve. Support the establishment of lithium and other life cycle traceability management platform. To carry out research on battery carbon footprint accounting standards and methods, and explore the establishment of battery product carbon emission management system. In the extension of the industrial chain, we will focus on introducing organic solvents, aluminum foils, structural parts, PCS energy storage converters and other production enterprises. It focuses on advanced technologies such as compressed air energy storage, long-life lithium-ion battery energy storage, sodium-ion battery, solid-state lithium-ion battery, high-performance lead-carbon battery, supercapacitor and intelligent sensing of energy storage battery. Develop intelligent safety early warning technology and efficient and clean fire protection technology based on sound, heat, force, electricity and gas physical parameters. Establish a safety grading assessment system for energy storage systems, and develop a dynamic intelligent assessment technology for the safety status of energy storage systems based on operation data-driven and advanced artificial intelligence algorithms. Promote the organic integration of production, education and research, and promote the Inner Mongolia Graphene (Olefin) New Material Innovation Center, Beijing Graphene Research Institute, Tsinghua University and other research institutes to jointly promote the transformation and industrial application of positive and negative materials.

4. Expanding key terminal application scenarios

(9) Promoting the construction of energy industry chain clusters. Promote the extension of the upstream and downstream energy industry chain and the rise of the value chain to the middle and high end of the autonomous region, and build industrial clusters that are conducive to gathering resource elements, reducing comprehensive costs, stimulating scientific and technological innovation, and enhancing the overall competitiveness of the industry. In the existing (X) Strengthen coordination between supply and demand.". Give full play to the upstream advantages of the photovoltaic industry chain on the supply side, aim at the blank links of the industry chain, and speed up the completion of the short board. On the demand side, we should take the construction of green power trading platform and new power system as the starting point, enhance the production, storage, transmission and distribution and terminal application capabilities of new energy, coordinate the promotion of carbon reduction, pollution reduction, green expansion and growth, and promote the green and low-carbon transformation of energy.

(11) Give full play to the exemplary role of advanced products and technologies. We will carry out pilot demonstrations of diversification of energy and electronics, encourage enterprises to improve the efficiency of solar photovoltaic power generation and the level of absorption and utilization, introduce a number of benchmarking enterprises that provide solutions for optical and storage integration systems, and form a number of energy and electronics demonstration projects that can achieve closed-loop industry. Relying on the A-level large data center project of the State Key Laboratory of Inner Mongolia Electric Power Group, we will promote the construction of "Digital Mongolia Power". Based on the energy and electronic industry foundation of Hohhot, Ordos, Baotou and other places, we will build a national demonstration base for new industrialization. Facing the major projects such as "East Number and West Calculation", we will enhance the supply capacity of energy security and establish a number of distributed photovoltaic cluster supporting energy storage systems with demonstration and leading role.

(12) Strengthen the integration and development of key areas. Accelerate the integration and application of energy electronic technology and products in industry, communications, energy, construction, agriculture and other fields. We will steadily promote renewable energy substitution in industrial parks and gradually achieve clean energy use in industrial parks.We will carry out demonstration of low-carbon industrial parks and gradually increase the proportion of new energy power in the parks through distributed, green power trading and green certificate trading. We will encourage the pilot project of direct power supply for new energy sources. Support the construction of large-scale wind power photovoltaic base. We will encourage the construction of industrial green micro-grids and the development of multi-energy complementary energy supply modes such as wind, solar and heat storage. We will promote the integrated application of renewable energy and new urbanization, and comprehensively develop distributed photovoltaic, decentralized wind power, biogas, geothermal heating and other forms of renewable energy according to local conditions, taking into account the diversified energy demand of local terminal electricity, steam and heat (cold). In rural and pastoral areas, distributed photovoltaic power stations such as "complementary agriculture and light", "complementary forest and light" and "complementary animal husbandry and light" will be built to promote the construction of integrated energy projects for complementary agriculture and animal husbandry in combination with the demand for power supply and heating, and to encourage self-use. We will carry out intelligent energy use demonstrations such as photovoltaic water storage and irrigation improvement projects, photovoltaic water-saving ecological control projects, intelligent energy use greenhouses, clean heating and green travel to help rural revitalization.

(Thirteen) accelerate the application and promotion of emerging areas. We will increase the application and promotion of the energy and electronics industry in the field of transportation in our region, further enhance the service support capability of the electric vehicle charging infrastructure, and accelerate the formation of a moderately advanced, balanced, intelligent and efficient charging infrastructure system. Combined with the promotion of construction machinery and heavy truck electrification and power exchange mode, new energy power generation and power exchange heavy truck charging facilities are used for coordinated scheduling and efficient interaction. Increase the proportion of renewable energy applications, relying on intelligent charging infrastructure, explore the application of new interactive technologies (V2G) between electric vehicle and power grid, such as orderly charging, peak shaving and frequency modulation. We will accelerate the promotion of medium and heavy mining card substitution, and carry out pilot demonstrations of fuel cell vehicles in public transport, sanitation and other fields. We will actively promote the construction of "source-network-load-storage-use" integrated projects, extend the industrial chain of circular economy, and accelerate the transformation of integrated smart energy enterprises. We will encourage the integrated development of various types of projects, such as "multi-energy complementary + hydrogen" and "source network load storage + hydrogen", and orderly layout of infrastructure construction such as hydrogenation stations. Focus on promoting the integration and application of green hydrogen in energy storage, smelting and other fields.

5. Promoting the orderly development

of industries (14) Strengthening the construction of public service platforms. We will build a public service platform for energy and electronics enterprises, strengthen industry data monitoring and analysis, develop cloud services for the energy and electronics industry, and promote the establishment of a number of ecological incubators and accelerators for the energy and electronics industry. Accelerate the transformation of scientific and technological achievements in the energy and electronics industry, promote the docking of technology, capital, application and market, and focus on promoting the market-oriented transformation mechanism of scientific and technological achievements oriented by energy and electronics demand. To carry out solar photovoltaic, energy storage batteries, terminal applications, intellectual property trading and training of information technology products, and evaluation of scientific and technological achievements.

(Fifteen) improve the industrial standard system. Establish a standard system covering photovoltaic, new energy storage foundation general, planning and design, equipment testing, construction acceptance, grid-connected operation, detection and monitoring, operation and maintenance, safety emergency and other professional fields to support each other and coordinate development. Strengthen the effective connection between the standard system of photovoltaic and energy storage and the relevant standards of the current energy and power system. Enterprises, trade associations, social organizations and scientific research institutes are encouraged to actively participate in the formulation and revision of international, national and industrial standards. Combining with the innovation of energy electronics technology and the expansion of application scenarios, the revision of various standards should be carried out in a timely manner.

(16) Strengthen the standardized management of the industry. Strictly implement the laws, regulations and norms of industry management, establish and improve the standards and norms of energy and electronics industry management in the autonomous region, strengthen the overall management of the industry, and improve the level of project construction and operation. Strengthen the construction of quality inspection platform and improve the certification system of energy and electronics industry. We will guide energy and electronics enterprises to implement the quality brand development strategy and cultivate a number of local enterprises with international influence.

(17) Do a good job of safety risk prevention. Establish and improve the responsibility system of safety production for all staff in accordance with the law and regulations, promote the systematization of safety production management in enterprises, and constantly improve the safety production management system in enterprises. With enterprises as the main body, we will build distributed photovoltaic big data and other service organizations to achieve visual and efficient management of component failures and potential accidents. Encourage energy storage power stations to customize safety insurance, strengthen the allocation of safety facilities, formulate and improve the training and assessment system for professionals, and improve risk management capabilities.

6. Strengthen organizational guarantee

(18) Strengthen overall industrial coordination. Establish a working mechanism to promote the development of energy and electronics industry, adhere to systematic thinking, and solve major problems as a whole. Strengthen coordination and cooperation among various departments, create a good business environment, and create favorable conditions for the landing of energy and electronic projects. The League cities are encouraged to introduce supporting policies, organize and implement various energy and electronic projects, effectively assume the main responsibility of supervision and management, and cooperate with each other in all aspects of work.

(19) Creating a good ecology. Establish and improve the credit system of energy and electronics industry enterprises, promote fair competition and healthy and orderly development. Strengthen domestic and international energy and electronic technology exchanges, integrate national and even world technology resources, human resources and financial resources into key industrial clusters, and form a strong driving force for industrial development. (Twenty) actively increase policy support. We will implement the relevant preferential policies and measures that have been introduced, and encourage regional cooperation in building major projects through equity allocation and tax sharing. Priority should be given to supporting the integration of energy and electronics industries, and major projects in the field of energy and electronics should be guaranteed in accordance with the law and regulations on the premise of meeting the requirements of territorial spatial planning and "three districts and three lines" management and control. Financial institutions are encouraged to base themselves on their functions, comprehensively use credit, bonds,

funds and other financial instruments, standardize the innovation of financial products and services, and increase support for the supply chain of the energy and electronics industry chain. (21) Strengthen personnel training in an all-round way. Strengthen the construction of talent team in energy and electronics industry, and improve the diversified and multi-level training system from R & D, transformation, production to management. Focusing on the urgent need for high-level talents in key industrial clusters and key industrial chains in the autonomous region, we should speed up the introduction and gathering of high-level talents. Strengthen the communication between energy and electronics vocational education and general education, and effectively link up pre-service education and post-service education.