Xuehui

Smart Grid Intelligent Sensing and Measurement Technology

1. Power Electronics Technology Foundation, 2017-2018, first semester, Monday, Tuesday, Thursday, East Campus

2. Digital signal processing, 2016-2017, second semester, Wednesday, Friday, East Campus

3. Digital Signal Processing Experiment, 2016-2017, second semester, Wednesday, East Campus

1, 2014.09.20-2018.12.31, National Natural Science Foundation of China, based on the modulation signal window model of power system dynamic phasor measurement error analysis and method research, hosted

2. 2012.09.01-2015.12.31, National Natural Science Foundation of China, research on high-precision real-time grid frequency measurement method based on feature subspace decomposition, hosted

3. 2012.03.01-2013.12.31, Science and technology projects of provinces, municipalities and autonomous regions, research on technical systems and basic problems of simulation of intelligent power distribution

4, 2012.01.01-2012.12.31, research project with Hong Kong, Macao and Taiwan, research on high-resolution detection method of harmonics between power systems based on subspace theory, hosted

5. 2007.06.18-2010.12.31, National Science and Technology Support Program, Research on Key Technologies of High Reliability Power Supply and Power Supply and Electricity Saving for Rural Power Grid

6,2006.06.03-2008.06.30, self-selected subject, wavelet analysis and traditional time-frequency analysis combined with high-precision transient harmonic analysis method, hosted

The software works Patent

1. Frequency analysis method and device, 2018, 201811425840.7, invention patent

2. Single-phase application phase-locked loop based on generalized delay signal cancellation and application method, 2018, 201811237757.7, invention patent

3. A high frequency resolution harmonic and interharmonic Prony method and device, 2018, 201811236990.3, invention patent

4. A phase-locked loop in a power system, 2018, 201810343265.X, invention patent

5. Method, device and device for detecting grid voltage frequency, 2018, 201810343239.7, invention patent

6. A second-order generalized integrator structure based on frequency-locked loop and phase-locked loop synchronization method, 2017, 201710923207.X, invention patent

7. An open loop synchronization method, 2017, 201710633126.6, invention patent

8. An open-loop synchronization method for detecting phase angle of a power grid based on a moving average filter, 2017, 201710534071.3, invention patent

9. Method and system for calculating power flow of distribution network taking into account synchronous phasor measurement unit, 2016, 201610204382.9, invention patent

10. A method for measuring phasor in a power system, 2015, 201510080566.4, invention patent

11. A wind power prediction method, 2015, 201510037230.X, invention patent

12. Method for measuring phasor in power system, 2014, 201410313200.2, invention patent

13. A phase-locked loop design based on adaptive moving average filter, invention patent

14. A smart grid synchronous phasor measurement algorithm based on phase-locked loop, invention patent

15. A P-class PMU synchronous phasor measurement method based on enhanced flat window, invention patent

1, 2016, excellent identification

2. 2013, the Ministry of Education’s new century talents

3, 2006, the national 100 outstanding doctoral thesis nomination papers