Kaifeng Times May Achieve An Annual Production Capacity Of 300MW All-Vanadium Redox Flow Battery In December This Year
Energy storage and hydrogen energy are the two major future industries in Kaifeng, and the development of energy storage and hydrogen energy is also an important measure for Kaifeng’s “three decades ahead” plan. In Kaifeng’s new material energy storage industrial park, Kaifeng Times New Energy Technology Co., Ltd.’s R&D and production of all-vanadium redox flow batteries is a model of Kaifeng’s technological innovation. All-vanadium redox flow batteries can be widely used in solar, wind and other power generation and energy storage systems, and their industrialization is in the ascendant.
On July 6, Li Danhua, deputy director of the company’s technology department, who was instructing the production and assembly of the all-vanadium flow battery energy storage system in the workshop, told reporters: “The all-vanadium flow battery energy storage system is a project that is in line with world-class advanced technology. We need to do better, our technology research and development team is a team that strives for future industrial innovation.” During the production process of all-vanadium redox flow batteries, this team, whose average age is less than 30 years old, did not retreat in the face of production technical problems. They carve dreams on the bipolar plate day and night, and truly let the all-vanadium energy storage compose a new era. It is reported that the all-vanadium redox flow battery project will be constructed in 4 phases. In December this year, the project may achieve a production capacity of 300MW/year of all-vanadium redox flow batteries.
Kaifeng, actively seize future industrial opportunities, and strive to create new advantages for economic development.
Since the beginning of this year, the city has seized the opportunity of being selected as a national fuel cell vehicle demonstration application city, seized new opportunities for industrial transformation and upgrading, and promoted Chery Automobile, Yuebo Power and other enterprises to focus on building a hydrogen fuel vehicle research institute and a hydrogen fuel cell system testing laboratory. R&D and production of hydrogen fueled buses, logistics vehicles, etc.; Make full use of the technological advantages of traditional industries and enterprises such as Yapp automobiles, Kaitan new materials, valves, instruments, and air separation to carry out research and development and technical research on key components such as vehicle-mounted hydrogen supply systems and fuel cell bipolar plates. Fully mobilize the development enthusiasm of Dongda Chemical, Jinkai Group and other enterprises, and through the purification and application of green hydrogen and industrial by-product hydrogen, it will drive the upstream and downstream industry chain enterprises to form a hydrogen energy industry chain, and gradually form a forward-looking layout, industrial support, advantage reconstruction, A new pattern of industrial development leading by changing lanes. Kaifeng’s “14th Five-Year Plan” clearly proposes to accelerate the construction of hydrogen refueling stations and promote the construction of a hydrogen energy base in the Zhengzhou metropolitan area, around the construction and development of hydrogen energy, our city has made strong strides.
Technology empowers the industry and innovation leads the future. Kaifeng Yuanrun Pharmaceutical Co., Ltd. is located in the fine chemical industry cluster of Yuwangtai District of city, and its products continue to sell well. Before the overall relocation of the company, it has been a backbone industrial enterprise in Haimen City, and has been awarded as a gold medal enterprise in Haimen City for many years. As an enterprise that mainly researches, develops, produces and sells high-end pharmaceutical intermediates, the company continues to put technological innovation first in enterprise development after its overall relocation to Kaifeng. “In the production of telmisartan intermediate monoimidazole, through technological innovation, the new catalyst is recycled and applied without environmental pollution. After the optimization of monoimidazole, the output has been greatly increased, which not only greatly reduces the cost of raw materials and production costs, but also greatly reduces the cost of production. It has improved the product market competitiveness and brand influence.” Zhang Shaowei, deputy director of the company’s product research and development department, said proudly.
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