Recently, after fierce competition, our students Fang Zhou, Zhao Yiting, Yan Xu, Luo Xi and Luo Hao won the first and third prizes of the third China Renewable Energy Society College Students' Excellent Scientific and Technological Works Competition.

This competition is a leading and innovative national competition hosted by China Renewable Energy Society, organized by National New Energy Science and Engineering Alliance and Shenyang University of Technology, and co-organized by North China Electric Power University, Wind Energy Professional Committee, Photovoltaic Professional Committee and Biomass Professional Committee of China Renewable Energy Society.  

Award: national first prize

Participants: Wang Xuepeng (team leader), Deng Wei, Xiong Yimin, Deng zengtong, Fang Zhou (ICARE), Chen Yuanjing, Chen Junjie

Introduction:

The project developed the high-value conversion technology and equipment for the pyrolysis fluid of agricultural and forestry wastes, aiming to achieve the one-pot upgrading of all components of the pyrolysis fluid under mild conditions, extract organic acids at the same time, and solve the problem of corrosion of the pyrolysis fluid. The upgraded products are suitable for storage and transportation and are convenient for subsequent deep processing or direct utilization. The equipment system is coupled with renewable energy to achieve zero carbon emission in the process of quality improvement. The scale of the system is flexible, and it is easy to form a distributed system, which can be directly arranged in agricultural and forestry areas. If the equipment can be commercialized, it will break through the bottleneck of pyrolysis polygonation technology to improve comprehensive benefits and will help promote rural revitalization and achieve the goal of 2060 carbon-neutral, with significant environmental, economic and social benefits.

Award: national third prize

Participants: Zhao Yiting(ICARE), Yan Xu(ICARE), Luo Xi(ICARE) and Luo Hao (ICARE)

Introduction:

With the development of the current power market reform and green development, the proportion of power generation by renewable energy is increasing. The competition uses virtual simulation technology to simulate the decision-making confrontation of business model design, market management and power market transaction of renewable energy enterprises so that students can deeply master and use enterprise management and decision-making knowledge in practice, which can promote the students' innovation ability and team cooperation spirit.