个人信息Personal Information
出生日期：1994-10-25
入职时间：2022-05-05
学历：博士研究生毕业
学位：工学博士学位
性别：男
在职信息：在岗
毕业院校：浙江大学
所在单位：电气工程学院
报考该导师研究生的方式
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3、参加全国硕士研究生统一招生考试报考庞博老师招收的专业和方向，进入复试后提交导师意向时选择庞博老师。
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部分论文：
[19] EI期刊：Bo Pang，Xiao Jin，Quanwang Zhang，Yi Tang，Kai Liao*，Jianwei Yang and Zhengyou He．Transient AC Overvoltage Suppression Orientated Reactive Power Control of the Wind Turbine in the LCC-HVDC Sending Grid[J]，CES Transactions on Electrical Machines and Systems.Accepted，to be published
[18] SCI期刊：Kai Liao，Bo Pang*，Jianwei Yang，Zhengyou. He．Output Current Quality Improvement for VSC with Capability of Compensating Voltage harmonics[J]，IEEE Transactions on Industrial Electronics，2024，71(8)，9087 - 9097.（Top期刊）
[17] SCI期刊：Kai Liao，Bo Pang*，Jianwei Yang，Zhengyou. He．Compensation Strategy of Wideband Voltage Harmonics for Doubly-Fed Induction Generator [J]，IEEE Transactions on Energy Conversion, 2023，38(1)：674- 684.（Top期刊，ESI高被引论文（全球Top1%）自2023年7月至今）
[16] SCI期刊：Bo Pang，Xiaojuan Zhu，Jianwei Yang，Kai Liao*，Bo Chen，Zhengyou He．Voltage Harmonics Optimization for Weak Grid-Tied Doubly-fed Induction Generator with the Capability of Suppressing Current Harmonics[J]，IEEE Transactions on Energy Conversion，2023，38(2)：1452- 1460.（Top期刊）
[15] SCI期刊：Kai Liao，Bo Pang*，Jianwei Yang，Xiao Jin，Bo Chen，Zhengyou He．Enhanced Compensation Strategy of Voltage Harmonics for Doubly-Fed Induction Generator[J]．International Journal of Electrical Power and Energy Systems，2023，148：108924．（JCR1区、中科院2区）
[14] SCI期刊：Bo Pang，Xiao Jin，Xiaojuan Zhu，Kai Liao*，Jianwei Yang，Zhengyou He．High Frequency Oscillation Damping for the VSC-HVDC Connects to A Wind Farm via a Cable Transmission Line，International Journal of Electrical Power and Energy Systems. 2023，147：108845．（JCR1区、中科院2区）
[13] SCI期刊：Xiao Jin，Heng Nian*，Chen Zhao，Bo Pang．Optimal Power Coordinated Control Strategy for DFIG-Based Wind Farm to Increase Transmission Capacity of the LCC-HVDC System Considering Commutation Failure [J].IEEE Journal of Emerging and Selected Topics in Power Electronics, 2022，10(3)：3129-3139.（Top期刊）
[12] SCI期刊：Bo Pang，Heng Nian*，Yunyang Xu．Mechanism Analysis and Damping Method for High Frequency Resonance between VSC-HVDC and the Wind Farm[J]．IEEE Transactions on Energy Conversion，2021，36(2)： 984-994．（Top期刊）
[11] EI期刊：Bo Pang，Heng. Nian*，Guoqing. He，Xiao Jin．High Frequency Resonance Damping Based on Complex Coefficient Controller for the Wind Farm Connected VSC-HVDC [C]. Asia Conference on Power and Electrical Engineering (ACPEE), 2021：915-920.
[10] SCI期刊：Bo Pang，Chao Wu，Heng Nian*，Frede Blaabjerg．Damping Method of High-Frequency Resonance for Stator Current Controlled DFIG System Under Parallel Compensation Grid [J]．IEEE Transactions on Power Electronics，2020，35(10)：10260-10270．（Top期刊）
[9] SCI期刊：Bo Pang，Heng Nian*．Collaborative Control and Allocation Method of RSC and GSC for DFIG System to Suppress High-Frequency Resonance and Harmonics[J]．IEEE Transactions on Industrial Electronics，2020，67(12)：10509-10519．（Top期刊）
[8] SCI期刊：Bo Pang，Heng Nian*，Chao Wu，Frede Blaabjerg．Damping Control of High-Frequency Resonance Based on Voltage Feedforward for Voltage Source Converter under A Parallel Compensated Grid [J]．IET Power Electronics，2020，13(13)：2682-2691．
[7] SCI期刊：Bo Pang，Heng Nian*，Chao Wu，Peng Cheng．Stator Harmonic Current Suppression for DFIG System Considering Integer Harmonics and Inter-harmonics[J]．IEEE Transactions on Industrial Electronics，2019，66(9)：7001-7011．（Top期刊）
[6] SCI期刊：Bo Pang，Heng Nian*．Active Damping Technique Based on H∞ Controller for VSC under Parallel Compensation Grid [J]．IET Electronics Letters，2019，56(3)：2682-2691．
[5] SCI期刊：Chao Wu, Heng Nian, Bo Pang and Peng Cheng．Adaptive Repetitive Control of DFIG-DC System Considering Stator Frequency Variation [J]．IEEE Transactions on Power Electronics, 2019，34(4)，pp：3302-3312．（Top期刊）
[4] SCI期刊：Heng Nian*，Bo Pang．Stability and Power Quality Enhancement Strategy for DFIG System Connected to Harmonic Grid With Parallel Compensation[J]．IEEE Transactions on Energy Conversion，2019，34(2)：1010-1022．（Top期刊）
[3] EI会议：Bo Pang, Heng Nian and Chao Wu, Improved Operation of DFIG System under Harmonically Distorted Grid Considering Inter-harmonics [C]. IEEE Applied Power Electronics Conference and Exposition (APEC), CA, USA, 2019, pp. 1102-1108.（国际顶会）
[2] EI期刊：年珩*，庞博，许国东，邱纪星．应对并补电网下DFIG系统高频谐振的宽频阻抗重塑策略[J]．电力系统自动化，2018，42(18)：48-56．
[1] EI期刊：Bo Pang, Heng Nian*, Guodong Xu, Jixing Qiu．Method of eliminating high frequency resonance of DFIG system connected to weak grid [J]．The Journal of Engineering，2017，13：1793-1798．