1. General Project of National Natural Science Foundation. : 51177113): equivalent modeling theory and model reduction method of microgrid based on differential geometry homology.
2. General Project of National Natural Science Foundation. : 5 1277 137): research on transaction analysis and modeling method of microgrid inverter.
3. National Natural Science Foundation Youth Project. : 5 1 10709 1): Research on cascaded multilevel inverter based on partial unit energy feedback.
4. Youth Project of National Natural Science Foundation of China (GrantNo.. : 5 1207 1 15): Research on the maximum error evaluation method of wind power forecasting based on the theory of impulsive differential dynamic system.
5. National Natural Science Foundation Youth Project. : 5 1307 126): research on quasi-vector control method of high-voltage high-power motor with new cascaded multilevel converter.
6. Special research fund for doctoral programs in colleges and universities (project number: 2012014110074): modeling theory and equivalent method of complex micro-grid system with unified interface based on multi-degree-of-freedom transcendental perturbation.
7. 1 National Defense 973 Project.
8. General Project of Natural Science Foundation of Hubei Province. : 20 1 1CDB263): Research on cascaded multilevel converter based on partial unit energy feedback.
9.20 12 Hubei science and technology key project: industrialization research on diversified distribution platform of 220V DC microgrid.
The main projects involved are as follows:
1. Major projects of the National Natural Science Foundation of China (GrantNo.. : 5 1 190 102): Theory and method of multi-temporal scale aggregation modeling for large-scale wind farms.
2. 973 Project of Ministry of Science and Technology 1 (approval number: 2012cb2151KLOC-0/): Analysis, prediction and control of multi-time scale climbing characteristics of large-scale high-concentration wind farms.
Others have also undertaken sub-projects of 863 major projects, key scientific and technological projects in Hubei Province, key scientific and technological projects in Wuhan, youth science and technology promotion fund projects of State Power Corporation, and youth morning light projects in Wuhan, as well as many entrusted projects of power grid companies, electric power research institutes and power electronic product manufacturing companies at all levels. Published more than 70 teaching research papers in important conferences and periodicals at home and abroad, including more than 30 SCI papers and EI papers; Obtained 14 invention patents and 1 1 utility model patents. I am writing a monograph on power quality control technology. 1, journal articles
1) Cha Xiaoming, Chen, Repetitive learning of Boost converter control strategy for shunt active power filter, Journal of Electrical Technology, 2005.
2) CHA Xiaoming, CHEN,, Repetitive learning Boost transform control of power filter for suppressing harmonic oscillation by combining passive and active, Journal of Electrotechnics, June 2004.
3) Sun Jianjun, Cha Xiaoming, Ding Kai, Yu Lisheng, Principle and implementation of a low-voltage neutral harmonic suppression circuit, Power System Automation,No. 18, 2003, pp34-37.
4) Deng Heng, Cha Xiaoming, Chen, Application of an Improved PWM Method in Active Power Filter, Power System Automation,No. 14, 2002, pp5 1-54.
5) Cha Xiaoming and Chen, Fuzzy Variable Structure Control of Parallel Power Quality Regulator, Power Grid Technology, Vol.26, No.7, 2002, PP1-14;
6) Cha Xiaoming, Chen, Chen, Research on Compensation Component Detection of Comprehensive Compensation of Three-phase AC System, Power Grid Technology, Vol.23, No.7, 1999, pp24-26.
7) Cha Xiaoming, Chen Yiyao, Application of LMS adaptive signal processing in fast multi-frequency impedance measurement, Journal of China Scientific Instruments, 19, No.2, 1998, PP21-214.
8), Deng Heng, Chen, Cha Xiaoming, Unified mathematical description and physical significance of instantaneous reactive power theory and traditional power theory in a-b coordinate system, Journal of Electrotechnics, 2003.5.
9) Cha Xiaoming, Wang Jin, MATLAB Simulation Research of Shunt Active Power Filter Based on PWM Control, Power System and its acta automatica sinica, 200 1.
10) cha Xiaoming, Wang Jin, MATLAB simulation of series active filter topology, power system and its acta automatica sinica, 200 1.
1 1) Yin Bo, Cha Xiaoming, Integrated Power Quality Controller, Power Grid Technology, 2002.
12) Yin Bo, Cha Xiaoming, A New Method for Reducing Switching Loss of Three-phase Active Filters, Power Electronics Technology, 2002.
13) Sun Jianjun, Cha Xiaoming, active filter detection and control system based on dual DSP structure, Journal of Wuhan University, 200 1.
14) Zhan and Cha Xiaoming, stepping motor drive circuit based on AT89C205 1, electric drive automation, 200 1.
2. Conference papers
1) Cha Xiaoming, Chen, An Integrated Learning Control Method of PWM-VSI Hybrid Filter for Suppressing Harmonic Resonance in Industrial Power System, Proceedings of IEEE Industrial Electronics Annual Conference (IECON'04), 2004.
2) Cha Xiaoming, Chen, 2003, Application of Iterative Learning Control in Active Power Filter and Its Robust Design, Proceedings of IEEE Power Electronics Expert Meeting (03), pp. 785-790;
3) Cha Xiaoming,,,, Chen, 2002, Development of Iterative Learning Control Strategy for Active Power Filters, Proceedings of IEEE Canadian Conference on Electrical and Electronic Technology; Amp Computer Engineering (CCECE' 02), PP 245-250；;
4) Cha Xiaoming, Liu Kaipei, Tao Guihong, 2002, An Adaptive Current Orthogonal Decomposition Active AC Bridge for Precise Measurement of Dielectric Loss Angle, Proceedings of IEEE Conference on Precise Electromagnetic Measurement (CPEM'02), PP182-183;
5) Chen, Cha Xiaoming,,, Tang Honghai, Liu Huijin, 2000, Unified Power Quality Regulator (UPQC): Theory, Modeling and Application of Power System Technology (Powercon 2000), PP1329-1333;
6) Cha Xiaoming, Chen, Iterative learning control strategy of hybrid filter for restraining harmonic resonance in industrial power system, Proceedings of IEEE International Symposium on Industrial Electronics (03);
7) Chen, Cha Xiaoming, Zhao Lei, Measurement of Passive Grounding Resistance and Inductance of Grounding Grid, vol./kloc-0, pp. 352-355, 1 998 Journal of Energy Management and Power Transmission, Singapore,1March 1998.