We already established ENV-SPbSTU Sino-Russian Joint Innovation Center of Science-Technology, Sino-Russian Functional Materials International Joint Laboratory, Sino-Russian Additive Manufacturing and Materials Technology Joint Laboratory and Sino-Russian Additive Manufacturing and Materials Technology ?Science Center. Our company has set up the FEFU-RASFEB-ENV Engineering and Technology Joint Research Center with Far Easten Federal University and Far Eastern Branch Russian Academy of Sciences, with Andrey Ivanovich Rudskoy of the Peter the Great St. Petersburg Polytechnic University and Yuri N. Kulchin of the Russian Academy established the Academician expert workstation; with Zhejiang University established Zhejiang University Graduate Practice Base”; with the Harbin Institute of Technology established Power Battery and Electronic Control Technology Joint Research Center; with Hunan University established Power Battery Application Technology Research Center”; with Austria STARD company established the Sino-Austrial Electric Vehicle Design and High-Speed Motor Technology Development Center; cooperation with the German ZOZ Group established Powder Materials Joint Laboratory; and with Germany NETZSCH company established Sino-German Nano-Materials Joint Laboratory.
At present, CHN/RUS?New Energy and Materials Technology Research Institute in cooperation research projects include:
Porous polymer lithium?ion power battery (China/ Russian cooperation):
The design and material is different from the traditional liquid lithium ion battery. The use of organic and inorganic composite membrane technology, the diaphragm is three-dimensional structure, the formation of high porosity and distortion to make the absorption rate higher and retention rate better. The entire battery system without free-state electrolyte, the use of polymer materials at high temperature and low polymerization characteristics, thermal creep is small, resistant to high and low temperature changes strong, greatly improving the safety of the battery. The research on the heat generation mechanism of the battery, the thermal effect of the analysis, the preparation of the porous electrode by phase separation, the lifting of the specific surface area, the improvement of the ion exchange channel, the shortening of the exchange time of the lithium-ion to improve the exchange rate and the exchange capacity, and reduce the ion exchange friction chemical heat production. At the same time, the use of external plug-in fluid technology, so that the uniform distribution of the collector to minimize the polarization resistance, effectively solve the high current physical heat production, pretreatment technology to effectively solve the problem of active material flaking,effectively extending the life.
New function material technology (China/ Russian cooperation)：
In the power battery materials, we will establish a complete material properties research of physical and chemicaland micro-test analysis the benchmarking ability,to track the material in the entire battery life cycle and extreme conditions of physical and chemical characterization, to achieve the current and next generation of batteries;
In the field of hull materials, for the deep sea and ocean submersible research vessel use conditions, developed based on glass alloy high performance hull material, and completed trial production, underwater verification, and submersible materials used in diving 11000 meters .
3D printing technology implanted in the field of medical materials. The mechanical compatibility, biocompatibility and implantation safety of multi-dimensional comprehensive performance attributes requirements, broken down into material properties, preparation technics, with a complete development process and ability. Based on the material phase transformation optimization and superfine spheroidization treatment technology, combined with laser fusion technology and surface nano processing technology, the integrated realization of the excellent quality of products; 3D printing technology and titanium alloy materials are widely used in the implanted bone and engine key parts and so on.
Introduction to the Peter the Great ST. Petersburg Polytechnic University：
Principal: Andrey Ivanovich Rudskoy
Peter the Great ST. Petersburg Polytechnic University was founded in 1899, the1950s and 1960s, also known as the Kalining Institute of Engineering. It is a famous university with a long history of science and it is an engineering-oriented comprehensive university, Mendeleev’s alma mater. Its’ diploma is recognized by all countries in the world, including the United States, Britain and other Occident, so the school has many foreign students studying for masters and PhD, including Chinese students. The school has 82 Academician?of sciences and Engineering, 400 professors,1,5oo associate professors, more than 18,000 domestic students and more than 1,500 foreign students, is one of the best science and engineering universities in Russian.
The university has 13 departments, more than 70 professional categories. It has been actively supporting the work of international scientific and technological organizations over the years, especially in materials, welding, theoretical and applied mechanics, automation and control, energy and electronic networks and other research. It has played a pivotal role in the specific field of the world. The university is also an important organizer of the Federation of Russian Technical University. It is a member of the International Association of University. It is a member of the Netherlands International Educational cooperation organization and is member of Consortium of the University of ST. Petersburg (It is composed of 21 universities, of which 9 are from Russia, 8 are from the United States , each one from Switzerland and the UK), is the top university in the Russian technology universities.
