The results of the smart grid cloud collaborative non-intrusive power load monitoring technology project passed the appraisal
On April 21st, Tianjin Science and Technology Evaluation Center organized relevant experts to evaluate the results of the “Smart Grid Cloud-End Collaborative Non-Intrusive Power Load Monitoring Technology†project of Academician Yu Xinxin of Tianjin University School of Electrical Automation and Information Engineering. . The appraisal meeting was chaired by Academician Han Yingjun and Academician Luo An of the Chinese Academy of Engineering. The members of the appraisal committee included Professor Li Guoqing of Northeast Electric Power University, Professor of Electrical Engineering of Beijing Jiaotong University and Professor Jing Han, Chief Engineer of China Electric Power Research Institute Bai Xiaomin, and Design of Zhang Daonong of North China Electric Power Design Institute. Chief Engineer and Professor Zhao Wei from the Department of Electrical Engineering, Tsinghua University.
Entrusted by the project team, the representative of the School of Electrical Automation and Information Engineering, Wang Chengshan, gave a welcome speech and briefly introduced the research process of the project. As the project leader, Yu Xinxin reported to the appraisal committee on the overall work of the “Smart Grid Cloud-End Collaborative Non-Intrusive Power Load Monitoring†project. He introduced the basic concepts of non-intrusive power load monitoring technology, the significance of the project, the breakthrough results achieved by the project team and its promotion and application.
"Non-intrusive power load monitoring technology" is a high-tech that can obtain the power consumption information of various electrical equipment in the scene only by analyzing the total load data. As the overall design of the project structure, Dr. Qi Wenpeng, a special expert of the National “Thousand Talents Program†and a visiting professor at Tianjin University, reported on the specific technical work of the project. He detailed the problems and challenges faced by the project, the technical means adopted and the breakthroughs and results achieved.
The appraisal committee gave a high evaluation to the project and determined that the seven evaluation indicators such as “technical innovation levelâ€, “difficulty and complexity†and “technical economic indicators†all reached the highest standard, which has great scientific value and significance, and the project The results have reached the international leading level.
Academician Yu Xinxin is an expert in power system analysis, planning and simulation in China. He has long been engaged in the field of power system engineering to conduct in-depth theoretical research on power system stability, especially in the field of power system security surveillance, defense and control, and has achieved groundbreaking international advanced results, and for the first time in the world. Apply this result to the actual power system. In the urban power grid optimization planning, he proposed a series of effective theories, models and algorithms, and developed an urban power grid planning system with independent intellectual property rights, complete functions and the most widely used domestic power system, reaching the international advanced level and has been used so far. More than one thousand urban power grid planning projects in China have achieved great economic and social benefits, and promoted the scientific work in this technical field. As the pioneer and active promoter of smart grid in China, he also clarified the basic concept of smart grid, clarified the necessity of building smart grid in China and the issues that need to be focused on, and implemented the smart grid for the scientific development and promotion of smart grid in China. The project has made an important contribution.
The “Non-Invasive Power Load Monitoring and Decomposition Technology†project is another brand-new technical field pioneered by Academician Yu Yuxin in China in 2006. Since the publication of the first academic paper in this field in 2008, a total of 10 studies have been studied. In the first year, it can be described as "a decade of grinding a sword." The project team members insist on self-reliance and insist on independent innovation. In the aspect of core technology research, after long-term accumulation, it has effectively solved the recognized technical problems in this field, and broke through the technical bottleneck faced by engineering practice. In engineering practice, the theoretical research and engineering practice are closely combined to actively carry out the practice of production, education and research. In order to promote the application of technological achievements in the smart grid, the large-scale demonstration application of non-intrusive power load monitoring and decomposition technology has been realized in China. The key performance indicators have achieved significant economic and social benefits due to international similar products. Academician Yu Xinxin has always fought in the front line of scientific research and insisted on guiding master students and doctoral students to carry out their work. As he said in the report of the appraisal work: "The success of the project once again proves the great significance of the combination of old, middle and young, and the combination of production, education and research."
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