CCTV Tianjin News on February 26After ten years of forging ahead, the coordinated development of Beijing-Tianjin-Hebei has ushered in an important milestone. With the emergence of batches of scientific and technological innovation talents, Tianjin is gradually becoming a highland of scientific and technological innovation, injecting a steady stream of strong impetus into regional coordinated development. On the stage of "Jincai", every science and technology dream chaser has bloomed with dazzling light and jointly written a brilliant chapter belonging to Tianjin.
Liu Bingyao: We will build a world-class urban agglomeration with new quality productivity as the starting point
Although he is close to his prime, Liu Bingyao is still in good spirits and full of energy. This scholar, who has been engaged in regional industry analysis and other research for a long time, was selected as the only non-Beijing expert to be selected into the 16-member Beijing-Tianjin-Hebei Coordinated Development Advisory Committee, and his senior advice has achieved remarkable results. Recently, Liu Bingyao has paid attention to the significance of new quality productivity to promote the coordinated development of Beijing-Tianjin-Hebei.
Liu Bingyao attended the symposium (courtesy of Nankai University).
In the face of the complex and changeable domestic and international environment, in order to become a pioneer and demonstration area of Chinese-style modernization, the Beijing-Tianjin-Hebei region must make every effort to accelerate and make concerted efforts, take the new quality of productivity as the starting point to resolve the crisis, cultivate opportunities, and build a world-class urban agglomeration as soon as possible. Liu Bingyao said.
Beijing is the center of science and technology innovation in the country, with a strong industrial foundation and huge space for development. Liu Bingyao believes that we should make full use of the dividends of the three places, give birth to new industries, new models and new kinetic energy with scientific and technological innovation, jointly build an innovation chain, industrial chain and value chain, and shape the new momentum for the future development of Beijing-Tianjin-Hebei with regional integration and new quality productivity.
Talent is the key to the development of new quality productivity. Therefore, we should build a talent gathering highland in an all-round way around the flow of elite talents, and provide high-quality service guarantees from life services, education and health services, community services, environmental construction, scientific research facilities, etc., to ensure that talents are attracted, retained, done smoothly and fruitfully. Liu Bingyao said.
Those who do not seek the overall situation are not enough to seek a domain. In terms of the evaluation and spatial structure of world-class urban agglomerations, regional synergy mechanisms, and regional industrial analysis, Liu Bingyao has led the research team to accumulate a number of research results. He said that in the future, Beijing-Tianjin-Hebei should also deepen reform, establish a top-level design, planning and consultation coordination mechanism, promote the transformation of functions, create a national service-oriented model, and strive to make Beijing-Tianjin-Hebei a pioneer and demonstration area of Chinese-style modernization.
Zhang Liming: "Electric Maker" makes unremitting innovation and makes new contributions
Whenever night falls, thousands of homes are brightly lit and dazzling, which is the most reassuring moment for Zhang Liming. As a veteran who has struggled in the front line of power for more than 30 years, he has never left the front line of power distribution and repair, and has personally experienced and witnessed the rapid changes in the development of China's power technology.
In order to minimize the danger of maintenance and improve work efficiency, Zhang Liming decided to develop an intelligent robot for live operation. "At that time, intelligent robots with live work were in their infancy all over the world, and we had no experience to draw on, so we decided to do it ourselves. Zhang Liming recalled that it was ...... to run the scene and check the informationZhang Liming and the young makers in the class worked out a generation of products with the "soil method" of the workers, and completed the live operation function in the laboratory.
Zhang Liming is conducting innovative research (courtesy of Tianjin Binhai Company).
Years of practical experience have proved that key core technologies cannot be bought, bought, or bought. "Zhang Liming has always believed in the power of innovation. Today, 451 first-class robots developed by Zhang Liming's team have been industrialized and popularized, ensuring the personal safety of 120,000 people.
At present, "Electric Maker" and his innovation team are continuing to work hard in the new generation of artificial intelligence distribution network live operation robots, mobile shared charging piles and other technical breakthroughs, and make new contributions in building a green and low-carbon circular economy system in Beijing, Tianjin and Hebei. "We are very fortunate to have caught up with a new era of respect for labor, respect for knowledge, respect for talent, respect for creation. In Beijing-Tianjin-Hebei, which has a solid foundation for innovation and strong strength, as a front-line industrial worker, we must live up to this era and show greater achievements in the process of national rejuvenation and national power construction! Zhang Liming said.
Meng Xiangfei: Chase the dream of "Tianhe" with "computing power algorithm +".
In the computer room of the National Supercomputing Center in Tianjin, hundreds of black cabinets are neatly arranged, and the flashing indicator lights and the humming sound of the machines running reflect each other. These behemoths in the eyes of outsiders are all too familiar "treasures" in the eyes of Meng Xiangfei.
More than 15,000 computing tasks are executed here every day, serving more than 2,000 innovative institutions and enterprises in the Beijing-Tianjin-Hebei region with 'computing power algorithm+', driving the new output value of the park and enterprises to exceed 50 billion yuan. Meng Xiangfei said.
Meng Xiangfei (first from left) discusses the operation of a new generation of supercomputers with the team (Photo courtesy of the National Supercomputing Center in Tianjin).
As a member of the Communist Party, Meng Xiangfei has always adhered to the front line of scientific research and is committed to promoting the independent innovation of China's supercomputing technology. He led the team to make a series of innovative achievements in the fields of oil and gas exploration, genetic health, industrial design and development, architecture and smart city, breaking the monopoly and blockade of foreign technology and promoting the development of supercomputing applications in China.
In 2023, the Tianhe supercomputing innovation and application team led by Meng Xiangfei won the title of the first "National Excellent Engineer Team" by virtue of the technological research and development and application innovation achievements made based on China's major independent innovation achievements "Tianhe" series supercomputers.
With serving regional collaborative innovation and industrial upgrading as our core business, we are actively building the 'Tianhe Digital Economy Industrial Park', becoming the representative of the top ten theme parks in the Beijing-Tianjin-Hebei region, and supporting the industrial agglomeration of the 'Binhai Zhongguancun Science and Technology Park'. Meng Xiangfei said that the team will continue to lead through "Tianhe" to expand and gather digital economic capabilities and promote regional collaborative innovation and self-improvement.
Zhao Tong: The "underground energy porter" who shines at the grassroots level
Pipelines transmit water, electricity, gas, etc., connecting the bits and pieces of life, but there are hidden "treasures" that have been overlooked. "By chance, I found that there was always hot air on the manhole cover, and I was thinking that if this heat can be used reasonably, it will definitely help the development of China's 'dual carbon'. Zhao Tong said that this discovery became his original intention to start a business.
Zhao Tong (second from left) and team members carried out rock thermal physical properties** (photo provided by the interviewee).
Zhao Tong believes that energy is an urgent need for national development, and it is necessary to adhere to the "energy conservation and carbon reduction" as an opportunity to make new achievements in the coordinated development of Beijing, Tianjin and Hebei. At present, Zhao Tong is leading the team to tackle the technical problems of "stuck neck" and build the first carbon neutral demonstration building in China - Future Zero Carbon Pavilion in Xiong'an New Area, Hebei Province, looking forward to the implementation of his entrepreneurial achievements in Xiong'an New Area. "At the same time, we have built a scientific and technological achievement production base with Wangyuan Pipe Industry in Cangzhou, Hebei Province, to carry out the practice of Beijing-Tianjin-Hebei scientific and technological achievements 'industry-university-research', and also jointly established a 'new engineering' achievement demonstration landing site with Tianjin University to provide scientific research and practice opportunities for more students of Tianjin University. ”
Assist enterprises in industrial transformation and upgrading, research and development of networked intelligent control of urban pipeline space heat storage system, design and build the ...... of "Future Zero Carbon Pavilion".Zhao Tong figuratively calls his team "underground energy porters". In the future, Zhao Tong hopes to expand his business territory to more regions in Beijing, Tianjin and Hebei, "I will always move forward bravely and firmly on the road of technological innovation, and I want to show everyone in Xiong'an New Area what I can do." Zhao Tong said.
Cai Hui: A "generalist" who grows together with the "important weapon of the country".
When it comes to the company's most historic moment, Cai Hui is most impressed by the successful launch of the world's first large-diameter ultra-small turning TBM (full-section hard rock boring machine) "Funing" at China Railway Equipment Group Tianjin Company.
The successful launch of the Funing marks a new breakthrough in China's hard rock tunnel boring machine. Equipped with a targeted innovative design and a mature support system, this 'national heavyweight' can achieve efficient rock breaking, stable tunneling and rapid support. Cai Hui said that the "Funing" TBM is tailored for the State Grid Xinyuan Funing Pumped Storage Power Station, which is planned to be connected to the Beijing-Tianjin and Hebei power grids after completion in 2027, and undertake tasks such as peak regulation, valley filling, frequency modulation and emergency backup.
Funing" off-line ceremony (courtesy of China Railway Equipment Group Tianjin Company).
Recalling the advent of this "big guy", Cai Hui couldn't help but think of the days and nights when the team overcame difficulties together. Since joining the work in 1998, Cai Hui has always worked in the front line of shield machine production and design, proficient in shield machine design, assembly, and debugging of various technologies, and led the team to complete a number of major and difficult projects, and successfully overcome a number of technical difficulties. In 2020, China's first high-pressure hydraulic coupling rock-breaking TBM "China Railway No. 618" was successfully applied to the Wan'anxi Water Diversion Project in Longyan City, Fujian Province.
In January 2020, Cai Hui was transferred to China Railway Equipment Group Tianjin Company. In his work, he grew up with the "important weapon of the country" and sharpened himself to become an all-round and compound "all-rounder". In the future, Cai Hui said that he will continue to lead the team to hit new challenges in various aspects such as shield market development, technology research and development, and process improvement.
**: To be the pioneer of scientific and technological innovation in Beijing-Tianjin-Hebei on the track
On February 3, 2024, the Jingwu Main Substation of the first section of the Jinjing Municipal (Suburban) Railway was successfully powered at one time, laying a solid foundation for the subsequent opening of the line. Behind the joyful crowd, there is a busy figure who has been shuttling between the key points of the project, and he is **.
In June 2015, the Communist Party of China issued and implemented the "Outline of the Beijing-Tianjin-Hebei Coordinated Development Plan", taking transportation integration as the "first move" of coordinated development. Under this strategic background, we have the courage to innovate and try in the construction of urban railways, and through cooperation with Tsinghua University, Beijing Jiaotong University and other units, we have explored a green and low-carbon development path with Tianjin characteristics, which provides a technical foundation for the "integration and interconnection of two networks" of urban railways and subway lines.
This treaty 13The 4-kilometer Jinjing Municipal (Suburban) Railway connects the urban area of Tianjin with the suburb of Jinghai District, which will effectively lead the Tianjin Health Industry International Cooperation Demonstration Zone and Jinghai District to run out of 'acceleration' and help build 'Beijing-Tianjin-Hebei on the track'. said.
* (first from the right) Technical communication in the railway carriage of Jinjing city (suburban) (courtesy of Tianjin Rail Transit Group).
2024 is the 10th anniversary of the major strategy of coordinated development of Beijing-Tianjin-Hebei, and the denser and denser rail transit lines have left the most difficult footprints. "Now that the transportation infrastructure in the Beijing-Tianjin-Hebei region is becoming more and more complete and accessible, I will continue to uphold the innovative development concept of green and intelligent empowerment of Tianjin Rail, contribute to the coordinated development of Beijing-Tianjin-Hebei through the 'hard connection' of infrastructure, and contribute to building a rail transit ecosystem that people can enjoy* Looking at the Jinjing City (Suburban) Railway, which is being intensified, my eyes are shining with infinite longing.
Yang Rong: The world's first "smart zero-carbon" dreamer next to the wharf
Next to the world's first "smart zero-carbon" terminal in Tianjin Port, Section C of Tianjin Port's Beijiang Port Area, there is an endless stream of cargo ships traveling to and from all over the world, and artificial intelligence transportation robots full of goods are shuttling and weaving, making a busy scene that is inspiring.
Climb the ladder, wind and rain. Yang Rong has a deep memory of the work scene on the traditional wharf, which prompted him to have a "small goal" to automate the whole process of Tianjin Port terminal construction. In 2019, Yang Rong organized and mobilized more than 30 participating units to conduct research and development while building, and successively overcame 13 worldwide technical problems and formed 76 inventions and innovations. In October 2021, the intelligent container terminal in Section C of Tianjin Port Beijiang Port Area was officially put into operation.
Yang Rong (in the picture) and his colleagues are working in ** (courtesy of Tianjin Port).
At that time, the office building had not yet been built, and everyone often spent the night doing demonstrations and tests in a makeshift container house, and slept on the floor when they were tired. Yang Rong said that now, looking at the shoreline of the 1,100-meter wharf, the world's first truly AI-based intelligent horizontal transportation management system and the world's first vehicle-road coordination super L4 unmanned driving have been commercialized on a large scale at the portThe world's first terminal has zero carbon emissions in the whole process of operation, realizing self-consumption and self-sufficiency of green electricity; Three 200,000-ton container berths can meet the berthing and operation ...... of the world's largest container shipsYang Rong was deeply grateful.
Black technology' brings high efficiency. The time spent on the port for the delivery of containers at the terminal has been reduced by 262%, and the efficiency of ocean-going trunk ships when berthing is increased by 28%. Yang Rong said that in the new year, the company will aim to climb the peak, give full play to the "hard core" advantages of the port, improve its comprehensive service level, strive to build a world-class smart port and green port, and contribute to helping Tianjin Port strive to be the vanguard of building a Chinese-style modern port.
Liu Zhao: The road of innovation to build a "smart dream" of automotive electronics
The Beijing-Tianjin-Hebei region, which is connected by mountains and rivers, has worked together in the past ten years, and the coordinated development of the three places has been continuously advancing in depth, promoting the overall development level of the region, and also providing a broad development space for high-tech talents. Liu Zhao, who graduated from Nankai University, entered the door of Jingwei Hengrun ** Research Institute with his vision and reverie for the future in this process.
Jingwei Hengrun ** Research Institute is the strategic business department of Jingwei Hengrun, which gathers experienced industry experts and fresh talents with unlimited potential to conduct research in the fields of complex software systems, on-board operating systems, and automotive electronic process technology. With the development of the business, Jingwei Hengrun has a strong demand for industrial spillover and innovative talents. With the support of the Beijing-Tianjin-Hebei coordinated development strategy, Jingwei Hengrun has focused its development attention on Tianjin.
In 2019, Liu Zhao, who had worked in the company's Beijing R&D center, came to Tianjin with 7 people to continue R&D work. "Now, there are more than 1,500 people in Tianjin R&D center, and we have also established cooperative relations with Tianjin University, Nankai University and other universities, relying on high-quality talent resources in Beijing and Tianjin, to achieve industrial links and common growth in Beijing and Tianjin. Liu Zhao said.
Liu Zhao at work (courtesy of Jingwei Hengrun).
The windy port wharf, the roaring workshop, the R&D base with a sense of science and technology, and the brainstorming conference room ......all left Liu Zhao's figure of struggle. The R&D of one large project after another has been successfully signed, injecting vitality into the scientific and technological development of the three places and even the larger region.
Liu Zhao feels that there are still many goals that have not been achieved, and in the future, he wants to continue to let the scientific research results of the company's automotive electronics product line "blossom" in Beijing, Tianjin and Hebei.
Wang Wenzhu: Send the domestic operating system to thousands of households
In the Xinchuang Haihe Laboratory of Tianjin Binhai High-tech Zone, Wang Wenzhu stared at the ** line on the computer screen with a quick swipe, carefully looking for potential system vulnerabilities.
As the technical leader of the basic software department of Xinchuang Haihe Lab, and one of the main executors of OpenKylin's open source desktop operating system, he is leading the team to devote himself to the research and development and version release of the RISC-V operating system, contributing technical strength to the construction of this "important weapon of the country".
Wang Wenzhu participated in the business seminar (photo by Li Junyu, intern of CCTV).
Everyone on our team is actively contributing, and when one person has a good idea, we work day and night to discuss and brainstorm. Wang Wenzhu said. At present, the team has released a total of 7 RISC-V operating system versions, and the system has been used nearly 100,000 times on the OpenKylin official website, which is used by many enterprises, institutions and scientific research institutions.
Because of his solid professional foundation and military experience, as well as his favor for the broad development prospects of the field of information and innovation, Dr. Wang Wenzhu plunged into the field of information and innovation after graduation. "My studies at the National University of Defense Technology have enabled me to master the professional knowledge of computer science, and my military experience has enabled me to develop a rigorous work attitude, a strong sense of responsibility and problem-solving ability, which is of great help to scientific research. Wang Wenzhu said.
As an important source of independent innovation of Xinchuang technology, Xinchuang Haihe Laboratory provides a very good environment and platform for scientific researchers, which gives high-level talents like Wang Wenzhu a "reassurance" and concentrates on tackling technical problems. "In the future, I hope that our operating system can enter thousands of households and contribute to the development of China's independent information technology! Wang Wenzhu said.
Zhang Qian: "Hydrogen" wind comes to witness the growth of hydrogen power to the sun
In recent years, China has vigorously promoted the development of low-carbon economy, and hydrogen fuel cell technology has attracted more and more attention, and hydrogen fuel cell vehicle air compressors, known as the "lungs" of hydrogen fuel cells, play an important role in it.
When I was a Ph.D., I was involved in the development of relevant controllers, and I have formed an indissoluble bond ever since. In 2018, Zhang Qian began to carry out the research and development of fuel cell air compressor controllers, and took advantage of the coordinated development of Beijing-Tianjin-Hebei to establish a company in Tianjin in 2019, focusing on the R&D and production of hydrogen fuel cell air compressor controllers.
Zhang Qian is observing the R&D data (photo provided by the interviewee).
At that time, hydrogen fuel cell air compressors had been successfully manufactured in China, but the process of complete localization of key technologies of its controllers was still difficult. Zhang Qian recalled that he and his colleagues saw the development prospects of hydrogen energy and were determined to conquer this "hard bone". In repeated defeats, they have overcome key technologies and achieved a breakthrough in the localization of controllers from scratch. In the 2022 Beijing Winter Olympics, more than 1,000 hydrogen fuel cell vehicles were put into service for the Games, including more than 700 vehicles equipped with air compressor controllers produced by Zhang Qian.
With the global hydrogen energy boom, scientific and technological innovations are emerging one after another. Zhang Qian is constantly thinking about the future development direction - based on the R&D advantages of Tianjin's advanced manufacturing, making full use of Beijing's scientific and technological innovation advantages and Hebei's supporting industrial chain, to build a R&D and manufacturing high-tech enterprise with collaborative innovation in technology R&D, industrial cultivation and talent training. However, he is still as confident as he was six years ago: "It's done!".”
Every day and night of sticking to scientific research, every moment of overcoming difficulties, is the echo of innovation and breakthroughs. Looking at the land of Jingu, the atmosphere of innovation and entrepreneurship continues to rise, and the vitality of talents has been further released. In the future, Tianjin will unswervingly optimize the ecology, cultivate the fertile soil, build a platform, and work with talents in the same direction, empower each other, and achieve each other, so that the "spring rain" of talents will continue to nourish this soil, and the flower of innovation will continue to grow and glow with vitality.
Chief Planner: Wang Yebiao.
Co-ordinator: Zhang Qiang.
Reporter: Chu Fuqing, Han Yuchen, Zhou Siyang.
Jointly produced by the Tianjin Channel of the Central Radio Network and the Internet Information Office of the Tianjin Municipal Party Committee.
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Editor: Chu Fuqing.