The first (set) domestic optical cavity frequency lock instrument, the first GW-hour new energy storage safety monitoring platform, the world's first set of T/K/Y pipe node intelligent welding equipment... Recently, many first and first sets of equipment independently developed by my country have been unveiled. Industry experts said that in the field of high-end equipment, the successful research and development of the first and first sets of products marks technological breakthroughs and industrial innovation. At present, the deep integration of scientific and technological innovation and industrial innovation is becoming the core driving force for high-quality development and building a strong country.

At the just-concluded 13th International Energy Storage Summit and Exhibition, the first GW-hour new energy storage safety monitoring platform independently developed by my country was officially unveiled, marking a substantial breakthrough in the digitalization level of my country's new energy storage industry.

High-end equipment for innovative breakthroughs not only has a "smart eyes" to monitor safety, but also a "smart hands" known as a "steel tailor". The world's first set of T/K/Y tube node intelligent welding equipment jointly developed by Professor Xu Lianyong's team of the School of Materials Science and Engineering of Tianjin University and Offshore Petroleum Engineering Co., Ltd. will be delivered to engineering applications, marking the entry of the offshore oil and gas platform into the "prefabricated" intelligent era.

my country's high-end equipment industry is still vigorously expanding overseas markets. The first (set) shielding pump for related projects of Hungary Baosid Chemical Company independently developed by Oriental Electric Group Oriental Electric Co., Ltd. has been successfully completed a few days ago, marking the first successful development and export of high-end shielding pumps from Europe.

In order to plan and build future industries, my country's high-end equipment is strengthening its relevant technical reserves. Recently, at the launch ceremony of the Changsha Global Quantum R&D Center, the first domestic optical cavity lock frequency instrument was unveiled. As an important basic tool for the transformation of quantum scientific and technological achievements, the optical cavity frequency locking instrument released this time can meet the demand for high-precision lasers in scientific research, medical care, communication and other fields, marking a major progress in the field of precision lasers, and helping quantum technology move from a "laboratory" to a "application field".

Experts said that the first and first set of major technical equipment have multiple strategic significance for technological innovation, industrial upgrading and economic development.

"Manufacturing is the main application field of scientific and technological innovation. Deploying innovation chains around the industrial chain and solving the weak links of the industrial chain and supply chain is the main direction of scientific and technological innovation deployment." Zhu Minghao, executive director of the China High-end Manufacturing Research Center of Beijing Jiaotong University, said that the key to scientific and technological innovation is to accelerate the transformation and upgrading of traditional industries, cultivate and strengthen strategic emerging industries, and layout the construction of future industries. The purpose is to improve the level of the value chain and achieve high-quality development of the industry.

Industry experts believe that the intensive appearance of multiple first and first sets of equipment independently developed by my country shows that the integration of scientific and technological innovation and industrial innovation is becoming the core driving force for high-quality development and building a strong country. On the one hand, the position of enterprises as the main body of innovation has been further enhanced, and chain leaders have taken the lead and specialized and specialized small and medium-sized enterprises have participated, and have coordinated scientific and technological research around the problems of "bottlenecks" and "shortcomings", and have achieved breakthroughs in key equipment, core basic components and components, and key basic materials. On the other hand, the innovation connection between universities, research institutes and enterprises is becoming increasingly close, jointly promoting the transformation of innovation potential energy into industrial driving force and improving the effectiveness of the national innovation system.

At present, my country has formed a multi-level and multi-dimensional support mechanism for the technological innovation of the first equipment, including the regular release of the "Guidelines for the Promotion and Application of the First Equipment (Set of) Major Technological Equipment", clarifying the support areas and product scope, and coordinating with finance and finance policies to support joint innovation in industry, academia, research and application, etc.

Zhu Minghao and other industry experts suggested that, focusing on "making the innovation chain and industrial chain seamlessly connect", we should focus on promoting the deep integration of scientific and technological innovation and industrial innovation in manufacturing, deeply promote the construction of pilot cities for new technological transformation, activate the innovative activity attributes of new technological transformation, and create a number of sources of integration of scientific and technological innovation and industrial innovation; give full play to the role of private enterprises, encourage private enterprises to participate in major scientific and technological research projects and major engineering construction; deepen the reform of the system and mechanism for the development of universities and talents, further adjust the assessment mechanism of universities, increase the proportion of assessment services for enterprises' scientific and technological innovation, encourage enterprises and universities to jointly carry out discipline construction and curriculum construction, and cultivate new talents based on the needs of enterprises. (Reporter Wu Wei)

[Editor in charge: Zhao Qiuyue]