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On September 28th, the final acceptance meeting of the “973 Basic Plan for High-Efficiency, Large-scale Solar Thermal Power Generation†project led by the Institute of Electrical Engineering of the Chinese Academy of Sciences was held in the institute. After receiving questions and comments, the project acceptance expert group finally concluded that all six projects had completed the project's objectives in a high-level and had passed project acceptance.
The project was formally launched in January 2010 and lasted four years and eight months. The project team consists of the Institute of Electrical Engineering of the Chinese Academy of Sciences, the Institute of Engineering Thermophysics of the Chinese Academy of Sciences, the Changchun Institute of Optics, Fine Mechanics and Physics, the Chinese Academy of Sciences, Xi'an Jiaotong University, and Hohai University. , Zhongshan University, Beijing University of Technology and Wuhan University of Technology are among 8 units.
The project team is focused on several key scientific issues of high-efficiency, large-scale solar thermal power generation, with the core of improving conversion efficiency, establishing the theory of co-design of light and heat transmission, the radiation-heat-convection coupled heat transfer mechanism and the basic theory of efficient reinforcement under extreme conditions. , high-temperature heat transfer and high-temperature heat storage process multi-scale characterization and heat transfer enhancement methods, new high-temperature heat transfer heat storage material microstructure design / green preparation principle and its environmental effects, non-steady-state "light - heat - work" energy system It has conducted research on six aspects of multi-level modeling and control strategies and the environmental adaptability of large-scale solar thermal power generation, and has achieved a number of important innovations, which have solved the major problems that currently limit the development of solar thermal power generation technology.
This time, the acceptance team led by 11 experts including experts from the “973†energy consulting group, Academician Cheng Shijie of Huazhong University of Science and Technology, Professor Xuan Yimin of Nanjing University of Aeronautics and Astronautics, Professor Cai Ningsheng of Tsinghua University, academician Xu Jianzhong and researcher Chen Linxin listened carefully. After reporting on the implementation status of the project, the innovative results achieved, the research level, and the training of talents, the six project leaders agreed that nearly five years have passed since the project was implemented, and the research on key basic scientific issues of solar thermal power has been achieved. Breakthrough progress, outstanding innovation, strong cross-cutting projects, smooth data sharing, and a scientific research team with significant international influence, reasonable age structure, solidarity, and innovative spirit, and voting by secret ballot for domestic training. In the review, all six issues were excellent.
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