Josun Air Conditioner relies on technological innovation to build sustainable competitiveness, establishes and improves a technology innovation system with independent innovation as the main body and the combination of industry, academia and research, and builds a platform covering basic research, engineering application, industry university research cooperation, and high-end talent introduction
Multiple systems for cultivating platforms. A comprehensive innovation and integration pattern The company has established research and development centers in Taixing Emergency Department and Shanghai, as well as overseas research and development centers in Singapore, South Korea, and Europe. It has a Jiangsu Province certified enterprise technology center and a doctoral degree holder
Post research workstation. The Jiangsu Ship and Ocean Air Conditioning Refrigeration Engineering Technology Research Center and other technological innovation platforms have laid a solid foundation for improving the company's technological innovation capabilities.
R&D team
We have research and development institutions located in Taixing headquarters, Shanghai, Singapore, Denmark, and South Korea, which are in line with international advanced technology;
At the same time, the company has a group of professional, stable, pragmatic, and innovative high-quality R&D talents, with a total of 285 technical personnel. Among them, there are 43 engineers with senior professional titles, 72 engineers with intermediate professional titles, and 20 junior engineers.
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Taixing R&D Headquarters
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Shanghai R&D Center
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Josun European subsidiary
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Josun Singapore subsidiary
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Josun Hong Kong subsidiary
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Josun Korean subsidiary
Research and Development Platform
The company has successively established innovation platforms such as Jiangsu Province Certified Enterprise Technology Center, Jiangsu Province Postdoctoral Innovation Practice Base, Graduate Workstation, and Jiangsu Ship and Ocean Air Conditioning Refrigeration Engineering Technology Research Center, and has cooperated with well-known research institutes in the industry for projects.
Independent innovation
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Research on anti-corrosion and leak prevention technology
Experienced experts from 701 Institute, 704 Institute, Jiangnan Factory and other units were invited to provide on-site guidance and conduct analysis and research experiments. Based on the corrosion characteristics of seawater on different metal materials and the calculation of different metal displacement reaction time periods, a condenser test plan was designed and a seawater corrosion laboratory was established; During the experiment, seawater was specifically transported from the representative Zhoushan sea area as the test medium. After nearly three years of uninterrupted testing, empirical data on condenser design, materials, processing, and other aspects were verified, improving the reliability of the condenser.
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Research on shock absorption and noise reduction
We have carried out close cooperation research with universities such as Harbin Engineering University and Tongji University, and hired professors and scholars in the field of shock absorption and noise reduction to conduct noise research and testing on our products. We have relied on advanced noise testing methods to conduct noise and vibration tests on our company's existing air conditioners and air distributors, and conducted modal analysis on the components. We have also conducted comparative experiments and analysis using different noise reduction measures. We have invited experts and professors in the field of noise to consult and discuss solutions, and improved the design of the prototype to achieve good results in shock absorption and noise reduction.
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Research on Clean and Precise Temperature Control Technology
In response to the traditional clean engineering, bacterial dust is only trapped by the filter membrane and cannot be killed. It is highly prone to self reproduction under suitable temperature and humidity conditions, and further use can easily cause secondary pollution. In depth research has been conducted to apply nano titanium carbon mesh and photocatalyst technology to remove harmful gases and odors. This solves the problem of the inability of clean engineering to remove toxic and harmful gases and odors. Technically, using professional control methods, the air conditioning temperature control can achieve high precision of ± 1 ℃, humidity ± 2% RH, and higher cleanliness.
Industry university research cooperation innovation
Industry University Research Cooperation
In collaboration with Naval Engineering University, Zhejiang University, Shanghai Jiao Tong University, Xi'an Jiaotong University, East China University of Science and Technology, Jiangsu University of Science and Technology, Harbin Engineering University, Nanjing University of Aeronautics and Astronautics, Southeast University
Zhenjiang Shipbuilding University and other universities have close cooperation, and it is a postdoctoral innovation practice base in Jiangsu Province.
Through cooperation with major universities, we have established the Jiangsu Ship and Ocean Air Conditioning Refrigeration Engineering Technology Research Center and the Jiangsu Enterprise Graduate Workstation.
Collaborate with major research institutes
It has long-term cooperation with CSIC 701 Research Institute, 704 Research Institute, CSIC Shipbuilding Technology Research Center, Dalian Shipbuilding Engineering Technology Research Center, China Shipbuilding Industry 708 Research Institute, Shanghai Shipbuilding Research and Design Institute, Guangzhou Shipbuilding and Marine Engineering Design Institute, Yangtze River Shipbuilding Design Institute, Tianhai Integrated Defense Equipment Technology Co., Ltd. and other major institutes, institutes and research centers.