Led by Wang Junfeng, Dean of the School of Energy and Power Engineering, Jiangsu University, the team focuses on the major strategic needs of the country and key issues in the forefront of the development of the discipline. The main research direction is charged multiphase flow and its application in the fields of energy, power and environmental protection, involving basic theoretical research such as electrostatic spray and charged multiphase flow, as well as new technologies of energy conservation and emission reduction.   It pays attention to the cross-integration with agricultural engineering, environmental engineering, new energy and modern manufacturing and other disciplines. Centering on "energy saving and emission reduction" and "3060 double carbon target" to achieve technological innovation, they carry out the research and development of electrostatic spray dust removal and flue gas purification, electrostatic spray cooling and environmental cooling, modern plant protection technology, liquid ammonia absorption decarbonization, biomass energy preparation new technology and equipment.Team leader: Wang JunfengKey research directions:1. Key technologies and equipment for efficient conversion of biomass energy2. Key technologies and equipment for comprehensive utilization of biomass resources3. Charged fine water mist efficient gas purification technology and product development (liquid nitrogen decarbonization technology)4, spray cooling and water mist large space local environment regulation technology and installation5, electrostatic spraying technology and equipment with high efficiency 

  The Department of Mechanical Equipment and Machine Vision Application is jointly established by the teaching and research teams from the School of Mechanical Engineering and the School of Electrical Engineering of Jiangsu University. It mainly conducts research and design practice in the fields of automation equipment, industrial robots and mechanical equipment.   The research directions of the team include: 1. Mechanical automation equipment: aiming at the production link in urgent need of replacing manual in industrial production, the research and development of CNC automation machinery and equipment, including automatic loading and unloading equipment, various non-standard production lines, automatic packaging, etc.; aiming at special equipment, agricultural machinery, engineering machinery, research and development of machinery and equipment innovation institutions, CNC technology. 2. Application of machine vision and graphics technology: research and development of visual parts appearance defect detection and size measurement, visual workpiece recognition (position, shape); Graphic algorithm application (material arrangement).    Introduction of automation achievements to leaders of manufacturing enterprises in Wujin District

  The research team of nanophysics and optoelectronic materials led by Professor Yan Xiaohong from Jiangsu University, closely combined with the needs of national and social development, based on condensed matter physics as the theoretical basis and nanomaterials as the carrier, has been engaged in the research of rare earth fluorescent materials, photoelectric functional devices, new energy battery materials, nanostructures and nanomaterials, condensed matter theory and computational physics for a long time. They gradually build the relevant basic theoretical system, reveal the structure-activity relationship of nanomaterials, and clarify the internal relationship between material structure and its magnetic, optical, electrical and other physical properties. On this basis they develop new nano-photoelectric materials and form a patent group, which has been approved a number of national patents and awards.   Research achievements: we have won 5 national and provincial awards, and we have undertaken more than 20 national, provincial and enterprise cooperation projects in the past three years. Our team has about 50 researchers (including doctor and master) per year, and we have solid basic research and strong application technology development ability.Key achievements:1. Rare earth fluorescent materials and solar cells2. Research on low-vinamil materials and photoelectric devices3. Related research on secondary battery technology4. Energy catalytic mechanism

The Intelligent Agriculture Equipment Department is led by Professer Wei Xinhua, deputy director of School of Agricultural Engineering of Jiangsu University. His team focuses on R&D and  experimentation of unmanned agricultural equipment.  Research Field1.Real-time monitoring technology and system for operating agricultural equipment2.Intelligent control technology and system for operating agricultural equipment3.Key technology and equipment for agricultural robots4.Pesticide atomizer technology and intelligent plant protection equipmentResearch Projects1. Large scale agricultural robot coordinated operation system - large-scale fertilization robot system, Sub-project of National Major Research Program, 2019.12~2022.11.2. Intelligent technology integration and demonstration for the whole chain of grain production ,  Shanghai Tech-invigorated Agriculture Project, 2019.12~2022.12.3. R&D of key technologies and equipment of unmanned agricultural equipment, program of agricultural equipment department of Jiangsu University, 2019.07~2021.12.4. R&D of intelligent high-efficiency cotton pesticide atomizer, Key research program of Jiangsu Province, 2018.07~2021.06.  5. Research on fault diagnosis standard of combine remote operation and maintenance, Intelligent Manufacturing Project of Ministry of Industry and Information Technology, 2018.09~2020.12.  6. R&D of adaptive irrigation technology and system facilities, National Key Research Project, 2017.07~2020.12.Achievements1. Unmanned combine harvester2. Air-assisted cotton pesticide atomizerAuthorized patents1. Patent for Invention. A testing system and method for combine harvester’s field performance.2. Patent for Invention. A motion coordination control system and control method of plug seedling automatic transplanter.3. Patent for Invention. An automatic adjusting device and method for boom balance and height.4. Patent for Invention. A device for field pesticide atomizer to fetch water from field furrows.5. Patent for Invention. A spray pressure stabilizing control device and method for variable spraying system.6. Patent for Invention. A pesticide atomizer with automatic pesticide mixing and spraying. 7. Patent for Invention. PWM intermittent spray variable spraying system for spraying flow grouping control method.8. Patent for Invention. An electronic PWM intermittent spray variable spray controller. 9. Patent for Invention. A coverage controller for boom pesticide atomizer.10. Patent for Invention. Signal processing device and method of double plate differential impulse grain flow sensor.Industry-university-research casesOptimization of air-assisted pesticide atomizer in fruit garden