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Ministry of Industry and Information Technology and other five departments: the development of high power density permanent magnet motors, synchronous reluctance motors, intelligent motors, super-efficient asynchronous motors and other products

2025-01-28 Update From: SLTechnology News&Howtos shulou NAV: SLTechnology News&Howtos > IT Information >

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Thank you CTOnews.com netizens for your clue delivery! CTOnews.com, August 29, according to the website of the Ministry of Industry and Information Technology, the Ministry of Finance, the Ministry of Commerce, the State-owned assets Supervision and Administration Commission of the State Council and the State Administration of Market Supervision and Administration recently jointly issued the Action Plan for accelerating the Development of Green and low-carbon Innovation in Electric Power equipment, proposing to improve the energy efficiency matching level of power equipment. Develop high power density permanent magnet motors, synchronous reluctance motors, intelligent motors, super-efficient induction motors and other products. Strengthen the development, popularization and application of high-efficiency and energy-saving transformer. We will speed up the promotion and application of high-energy-efficient electric boilers, electric furnaces and other equipment, and expand the replacement of electric energy in industrial, transportation, construction and other fields. We will speed up the improvement of energy efficiency of energy use systems, and carry out matching energy-saving transformation of key electrical equipment systems and optimization of operation control. Promote and improve the recycling system of waste motors, encourage enterprises to carry out motor remanufacturing, and promote the application of remanufacturing motor products.

CTOnews.com learned that the Action Plan proposes that over a period of five to eight years, the supply structure of power equipment has been significantly improved, the efficiency of power grid transmission and distribution has been significantly improved, the development of high-end, intelligent and green technologies and demonstration applications have been continuously accelerated, and international competitiveness has been further enhanced, basically meeting the needs of the construction of a new power system that adapts to a high proportion of non-fossil energy and large-scale access. The total flexibility transformation capacity of coal power units exceeds 200 million kilowatts, the supply capacity of renewable energy power generation equipment continues to improve, wind and solar power generation equipment meets the installed demand of more than 1.2 billion kilowatts, and nuclear power equipment meets the installation demand of 70 million kilowatts.

The Action Plan points out the key direction of green and low-carbon development in ten major areas of power equipment, and promotes the green and low-carbon development of power equipment in 10 areas, including thermal power, hydropower, nuclear power, wind power, solar energy, hydrogen energy, energy storage, transmission, distribution and power consumption.

Thermal power equipment. Carry out technical research and application of in-service units and systems, such as high efficiency and wide load, flexibility, quality improvement and efficiency, energy saving and emission reduction, in-depth peak regulation, unit life extension and intelligence. Focus on the development of coal-power multi-energy coupling and wind-wind-water storage multi-energy complementary power generation, gas turbine power generation, carbon capture utilization and storage, coal gasification combined cycle power generation and coal gasification fuel cell power generation and other technologies and equipment.

Water and electricity equipment. Focus on the development of wide-load transformation and intelligent upgrading of hydropower units, ultra-high head impact units under complex geological conditions, variable speed pumped storage and seawater pumped storage, tidal power stations and megawatt tidal current power generation, megawatt wave power generation, technology and equipment such as capacity, efficiency and quality upgrading of old hydropower units.

Nuclear power equipment. Focus on the development of nuclear-grade castings and forgings, key pump valves, control systems, nuclear-grade instruments, cobalt-based welding materials and so on. Research and establishment of nuclear power special software verification database to support software system development and optimization and upgrading. We will speed up the standardization and pedigree development of the third generation of nuclear power, and continue to promote the development and application of the fourth generation of nuclear power reactors, such as sodium-cooled fast reactor, high-temperature gas-cooled reactor, lead-bismuth fast reactor and so on. Speed up the research on cutting-edge subversive technologies such as controllable nuclear fusion.

Wind power equipment. Focus on the development of onshore wind turbines above 8MW and 13MW to Shanghai Shangfeng turbines, research and development of deep-sea floating offshore wind power equipment. Break through the new fixed support structure of super large offshore wind turbine, the key power module of main bearing and converter, etc. We will increase the research of basic simulation software and the application of sliding bearings, and research and develop the technical route of wind power blade decommissioning.

Solar energy equipment. Focus on the development of high-efficiency and low-cost photovoltaic cell technology. Research and development of highly reliable, intelligent photovoltaic modules and high-voltage, high-power, efficient heat dissipation inverter as well as intelligent fault detection, rapid location and other key technologies. Develop integrated operation and maintenance technology and intelligent photovoltaic management system based on 5G, advanced computing, artificial intelligence and other new generation information technology. We will actively develop solar photothermal power generation and promote the establishment of complementary integration of photothermal power generation, photovoltaic, energy storage and other multi-energy. The implementation path of resource utilization of photovoltaic modules is studied.

Hydrogen equipment. We will speed up the development and application of technology and equipment such as hydrogen production and hydrogen fuel cell stacks, and strengthen key components of hydrogen fuel cells and long-distance pipeline hydrogen transportation technology.

Energy storage equipment. Greatly improve the reliability of electrochemical energy storage equipment, speed up the development of compressed air energy storage and flywheel energy storage equipment, and develop multi-stage fire safety support technology and equipment for energy storage power stations. Research and development of energy storage battery and system online detection, state prediction and early warning technology and equipment.

Transmission equipment. Focus on the research and development of offshore wind power flexible DC transmission and low frequency transmission, AC / DC hybrid distribution network system, switching arc, equipment long-term electrification reliability evaluation and other technologies. Breakthrough converter transformer on-load tap-changer, bushing, intelligent components and other basic components and components. Carry out the development of high-end electrical steel low-loss transformers, thermoplastic environmental protection cable materials, new low greenhouse effect environmental protection insulation gases and other related equipment.

Power distribution equipment. Accelerate the development and application of core protection and control equipment such as digital sensors, power routers, power flow controllers and solid-state circuit breakers. Speed up the integration of new power distribution equipment and the construction of highly autonomous distribution systems in data centers, mobile communications, rail transit and other application scenarios.

Electric equipment. Focus on the development of 2-stage and above energy-efficient motors, direct drive and integrated permanent magnet / reluctance drive systems, ultra-efficient high-torque electromechanical system assemblies, smart motors, microgrids and third-generation semiconductor frequency conversion power supply efficient motor systems and electric drive equipment.

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