Archive
2026
- Our research work “Transient Stability Preventive Control Using Active Learning with Surrogate Model” was recently accepted by IEEE Transactions on Power Systems.
- Our research work “Stability-Constrained Allocation of Grid-Forming and Grid-Following Energy Storage in Weakly Interconnected Power Grids” was recently accepted by Journal of Energy Storage.
- Our conference paper “Rule-Embedded Safe Reinforcement Learning for Energy Management in PV-ESS-EV Charging Stations” was recently selected for a Best Paper Award at the 2026 IEEE International Conference on Power System Technology (PowerCon).
- Our research work “Using Cross-Regional Grid Interconnection to Relieve Growing Energy Storage Demand in Renewable Energy Integration: A Case Study from China” was recently accepted by Applied Energy.
- Our research work “Current Distribution Reconstruction for Lithium-ion Batteries based on High-Precision Magnetic Field Scanning” was recently accepted by Journal of Power Sources.
- Our research work “Insecure Operating Scenario Synthesis for RES-Integrated Power System: A Physics-Pattern Constrained Generative Learning Approach” was recently accepted by IEEE Transactions on Sustainable Energy.
- Our research work “Online Tracking of Aggregate Feasible Region for Large-Scale Vehicle-to-Grid Resources” was recently accepted by IET Generation, Transmission and Distribution.
- Our research work “Cluster Forecasting of Multi-Site Photovoltaic Power Generation Using Virtual Collection and Transfer Learning” was recently accepted by IET Generation, Transmission and Distribution.
- Our research work “Joint Distributed Energy Storage and Distribution Network Planning Considering Short-term and Long-term Uncertainties” was recently accepted by Energy Storage.
- Our research work “Enhanced Power Decoupling Method based on Model Reference Adaptive Control for Grid-Forming Inverters” was recently accepted by IEEE Journal of Emerging and Selected Topics in Power Electronics.
- Our research work “Non-Destructive Characterization of Structural Deformation and Electrochemical Degradation in Retired Prismatic Lithium-Ion Batteries from Electric Vehicles” was recently accepted by Journal of Energy Storage.
- Our research work “Inertia-aware Frequency Regulation for Renewable Energy Cluster with Energy Storage” was recently accepted by International Journal of Electrical Power and Energy Systems.
- Our research work “Batch Assessment of Short-Term Voltage Stability Based on Proactive Searching of Critical Operating Point” was recently accepted by IEEE Transactions on Power Systems.
- Our research work “Multi-Station Photovoltaic Forecasting Using Graph Neural Networks with Terrain Features” was recently accepted by IET Renewable Power Generation.
- The master’s thesis titled “Research on Cluster Forecasting of Photovoltaic Power Based on Spatiotemporal Correlation” by our group’s graduate, Yuxi Sun, has recently been recognized as Zhejiang Provincial Outstanding Graduate Thesis.
- Our research work “Data-Driven Acceleration Method for Production Simulation of Power Systems with High-Penetration Renewables” was recently accepted by IET Renewable Power Generation.
- Our research work “Distributed Control of Single-Phase Residential Energy Storages for Three-Phase Unbalance Mitigation with Consumer Benefit Preservation” was recently accepted by IEEE Transactions on Industrial Informatics.
2025
- Our research work “Selection and DEA Evaluation for Renewable Energy and Energy Storage Integrated into Power Grid with Aggregation Suitability” was recently accepted by Electric Power Systems Research.
- Our research work “Case Study of Vehicle-to-Grid Incentive Design Under Multiple Scenarios: A Policy-Making Perspective” was recently accepted by IET Generation, Transmission & Distribution.
- Our research work “Data-Driven Dynamic Modeling for Inverter-based Resources using Neural Networks” was recently accepted by Nature Communications.
- The project “Ordered Centurion Charging — An Electric Vehicle Ordered Charging Control System Considering Vehicle-Charger-Grid Interaction” guided by our group, was recently awarded the grand prize in the 19th “Challenge Cup” National College Student Extracurricular Academic Science and Technology Works Competition.
- Our research work “Neural Network-based Dynamic Modeling of Synchronous Generator Using Data Augmentation” was recently accepted by IEEE Transactions on Energy Conversion.
- Our research work “Multi-Time-Scale Energy Storage Planning Based on Wavelet Packet Decomposition” was recently accepted by Journal of Modern Power Systems and Clean Energy.
- Our research work “Data-Driven State-of-Health Estimation for Lithium-Ion Battery based on Aging Features” published on “Energy” in 2023 was recently recognized as ESI Highly Cited Paper.
- Our research work “Adaptive SOC Estimation of Grid-Level BESS for Multiple Operational Scenarios” was recently accepted by Journal of Energy Storage.
- Our research work “Optimal Planning of Renewable Energy and Storage Considering Capacity Credit Constraint” was recently accepted by Protection and Control of Modern Power Systems.
- Our research work “Capacity Credit Assessment of Regional Renewable Considering Multi-Time-Scale Forecast Errors” was recently accepted by Energy.
- Our group has an open visiting scholar position in the area of battery energy storage system performance evolution mechanism and state assessment.
- Our research work “Dynamics Enhanced Quasi-Steady-State Model of LCC-HVDC Systems Based on Neural Network” was recently accepted by IEEE Transactions on Power Delivery.
- Our research work “Policy-Assisted Graph Reinforcement Learning for Real-Time Economic Dispatch” was recently accepted by Journal of Modern Power Systems and Clean Energy.
- Our research work “Real-Time Estimation of Aggregated Electric Vehicle Charging Load Based on Representative Meter Data” was recently accepted by Energy.
- Our research work “Hybrid Quantum Optimization based on Coherent Ising Machine for Unit Commitment” was recently accepted by CSEE Journal of Power and Energy Systems.
- Dr. Geng was recently awarded 2024 Duanwei Faculty Scholarship by College of Electrical Engineering, Zhejiang University.
- Our research work “Contactless Wideband Current Measurement Based on Tunneling Magnetoresistance Sensor Array for Rectangular Busbar Systems” was recently accepted by IEEE Transactions on Instrumentation and Measurement.
2024
- Dr. Geng was recently awarded 2023-2024 Outstanding Graduate Student Advisor by Zhejiang University.
- Our teaching case “Dynamic Parameter Identification and State Estimation Techniques for Synchronous Generator Units in Power Systems” was recently awarded as Excellent Postgraduate Teaching Case in Zhejiang Province.
- Our research work “Second Harmonic Current Reduction of Dual Active Bridge Converter under Dual-Phase-Shift Control in Two-Stage Single-Phase Inverter for Residential Energy Storage System” was recently accepted by Journal of Energy Storage.
- Our research work “Hybrid Quantum Annealing Decomposition Framework for Unit Commitment” was recently accepted by Electric Power Systems Research.
- Our research work “A Coordination Control between Energy Storage Based DVR and Wind Turbine for Continuous Fault Ride-Through” and “Unit Commitment of Power Systems Considering System Inertia Constraints and Uncertainties” were recently both accepted by IET Renewable Power Generation.
- Our research project “EV-Pile-Grid Collaborative Interaction based on Ubiquitous Electric Metering Infrastructure: Key Technologies and Applications” recently won 2024 First Prize of Scientific and Technological Progress Award from State Grid Zhejiang Electric Power Co., Ltd.
- Our research work “Feasible-Enabled Integer Variable Warm Start Strategy for Security-Constrained Unit Commitment” was recently accepted by International Journal of Electrical Power and Energy Systems.
- Our research work Convergence Enhancement for Neural Network Integrated Power System Time Domain Simulation was recently accepted by IEEE Transactions on Power Systems.
- Dr. Geng was recently awarded 2023 Outstanding Faculty Member by Zhejiang University.
- Our research project “EV-Pile-Grid Collaborative Interaction based on Ubiquitous Electric Metering Infrastructure: Key Technologies and Applications” recently won 2023 Qianjiang Energy Science and Technology First-Class Award.
- Dr. Geng was recently awarded 2023 Outstanding Faculty Member and Outstanding Teaching Award by College of Electrical Engineering, Zhejiang University.
2023
- Our research work Open Circuit Voltage - State of Charge Curve Calibration by Redefining Max-Min Bounds for Lithium-Ion Batteries was recently accepted by Journal of Energy Storage.
- Our research work “D-Vine Copula Based Spatial Correlation Characterization for Capacity Credit Assessment of Wind and PV Power” recently won Best Paper Award in 7th IEEE Conference on Energy Internet and Energy System Integration (EI2 2023).
- Our research work “Multi-Time-Scale Capacity Credit Assessment of Renewable and Energy Storage Considering Complex Operational Time Series” was recently accepted by Applied Energy.
- Our research work “Optimal Design of Differential Sensor Array for Interference Elimination of Non-Invasive Multi-Core Cable Current Measurement” was recently accepted by IEEE Sensors Journal.
- Our research work “Communication-Free Distributed Charging Control for Electric Vehicle Group” was recently accepted by IEEE Transactions on Smart Grid.
- Our research work Degradation Diagnosis of Lithium-Ion Batteries Considering Internal Gas Evolution was recently accepted by Journal of Energy Storage.
- Our research work “Multi-Time-Scale Shapelet Based Feature Extraction for Non-Intrusive Load Monitoring” was recently accepted by IEEE Transactions on Smart Grid.
- Our research work “Scalable Multi-Site Photovoltaic Power Forecasting based on Stream Computing” was recently accepted by IET Renewable Power Generation.
- Our research works “Modeling of Synchronous Generator Based on Physics-Informed Neural Network” and “A Fast Electromechanical Transient Simulation Algorithm for Power System Based on Data and Physics-Driven Model” were recently accepted by Proceedings of the CSEE.
- Our research work “Data-Driven State-of-Health Estimation for Lithium-ion Battery based on Aging Features” was recently accepted by Energy.
- Our research work “Privacy-Preserving Demand Response of Aggregated Residential Load” was recently accepted by Applied Energy.
- The undergraduate course “Computational Methods” offered by Dr. Geng was recently ranked top 20% in teaching quality assessment and recognized as outstanding undergraduate course by College of Electrical Engineering, ZJU in 2022-2023 acacademic year.
- Our research work “Consensus-based Multi-Converter Power Allocation Strategy in Battery Energy Storage System” was recently accepted by Journal of Energy Storage.
2022
- Our research work “Online State-of-Charge Estimation Refining Method for Battery Energy Storage System using Historical Operating Data” was recently accepted by Journal of Energy Storage.
- Our research work “Event-Driven Non-Invasive Multi-Core Cable Current Monitoring Based on Sensor Array” was recently accepted by IEEE Transactions on Power Delivery.
- Our research work “Data-Driven Small-Signal Stability Assessment Based on Virtual Regional Eigenvalue” was recently accepted by IET Generation, Transmission & Distribution.
- Our research work “Generation Expansion Planning Considering Discrete Storage Model and Renewable Energy Uncertainty: A Bi-Interval Optimization Approach” was recently accepted by IEEE Transactions on Industrial Informatics.
- Our research work “Temperature Characterization based State-of-Charge Estimation for Pouch Lithium-ion Battery” was recently accepted by Journal of Power Sources.
2021
- Our research work “Probabilistic Revenue Analysis of Microgrid Considering Source-load and Forecast Uncertainties” was recently accepted by IEEE Access.
- Our research work “An End-Cloud Collaborated Framework for Transferable Non-Intrusive Load Monitoring” was recently accepted by IEEE Transactions on Cloud Computing.
- Our research work “Transient Stability Emergency Control for AC/DC Grids Considering Successive Commutation Failures” was recently accepted by IET Generation, Transmission & Distribution.
- Our research work “Online Refinement of Day-Ahead Forecasting using Intraday Data for Campus-Level Load” was recently accepted by IET Generation, Transmission & Distribution.
- Our research paper “Case Study of Power Allocation Strategy for a Grid-Side Lead-Carbon Battery Energy Storage System” was recently accepted by IET Renewable Power Generation.
- One of our paper titled “Power Allocation Strategy for Battery Energy Storage System based on Cluster Switching” was recently accepted by IEEE Transactions on Industrial Electronics.
- Third-year undergraduate student Mr. Wenkai Ye advised by Dr. Geng recently published a paper at 2021 IEEE 4th International Electrical and Energy Conference (CIEEC 2021).
- Dr. Geng was recently awarded the Second-class Prize in 2020 Teaching Skill Competition of Young Faculty at Zhejiang University.
2020
- Our research paper titled “Entropy Based Prioritization Strategy for Data-Driven Transient Stability Batch Assessment” was recently accepted by CSEE Journal of Power and Energy Systems.
- One of our paper titled “Data-Driven Transient Stability Boundary Generation for Online Security Monitoring” was recently accepted by IEEE Transactions on Power Systems.
- Our research work “State of Health Equalization Strategy for Retired Battery based Energy Storage System” recently won Best Paper Award in 4th IEEE Conference on Energy Internet and Energy System Integration (EI2 2020).
- Undergraduate course “Numerical Methods” offered by Dr. Geng was recently recognized as one of outstanding undergraduate courses by Undergraduate School, Zhejiang University.
- Dr. Geng was recently approved as a PhD Advisor, by Faculty of Engineering, Zhejiang University. Multiple PhD openings (incl. both academic and professional programs) will be provided starting from Fall 2021.
- Two undergraduate students co-advised by Dr. Geng at College of Electrical Engineering, ZJU were recently achieved the following awards: Boyu Chen won Outstanding Senior Design and Ke Zuo won Distinguished Honor of Edison Class.
- One of our National College Student Innovation and Entrepreneurship Training Projects, “High-Risk Electric Appliance Detection in University Student Dormitory using NILM” (Grant No. 201910335047), was recently completed with rank no. 1 among all the undergraduate research training projects hosted by College of Electrical Engineering.
- We are now celebrating the 100th Anniversary of College of Electrical Engineering, Zhejiang University. Join the online ceremony at 7:30pm, May 16 (GMT+8)!
- Our Ph.D. student Mr. Rong Yan was recently awarded Top 10 Annual Student Research Achievement” by College of Electrical Engineering, Zhejiang University.
- Our research work “Operational Bottleneck Identification based Energy Storage Investment Requirement Analysis for Renewable Energy Integration” was recently accepted by IEEE Transactions on Sustainable Energy.
- Dr. Geng was recently awarded 2019 Faculty Scholarship, by College of Electrical Engineering, Zhejiang University, sponsored by NR Electric Co., Ltd.
- Dr. Geng was recently promoted to an associate professor at College of Electrical Engineering, Zhejiang University.
2019
- Dr. Geng was recently awarded as one of 2019 Outstanding Undergraduate Class Advisors in Zhejiang University.
- Our research work “Model-Free Fast Frequency Control Support with Energy Storage System” was recently accepted by IEEE Transactions on Power Systems.
- Our research work “Cloud-based Non-Intrusive Leakage Current Detection for Residential Appliances” was recently accepted by IEEE Transactions on Power Delivery.
- Dr. Geng will provide a talk “Mitigation of Ultra-Low-Frequency Oscillation using Battery Energy Storage in Low-Inertia Power Systems” in Session #15 during IEEE EI2 2019 in Changsha, China, Nov. 8-10, 2019.
- The book “Next-Generation Power System: An Introduction” was recently published by China Electric Power Press, Dr. Geng served as an associate editor-in-chief of this book.
- Dr. Geng was recently elevated to an IEEE Senior Member.
- Out research paper “Refined Ramp Event Characterization for Wind Power Ramp Control Using Energy Storage System” was recently featured as a research highlight on IET Renewable Power Generation website.
- Our research work “Online Tracking of Reactive Power Reserve for Wind Farms” was recently accepted by IEEE Transactions on Sustainable Energy.
- Our research work “Robust Co-Planning of Energy Storage and Transmission Line with Mixed Integer Recourse” was recently accepted by IEEE Transactions on Power Systems.
- Our research work “Online Parameter Estimation Considering Input Errors for Synchronous Generation Systems” was recently accepted by IET Generation, Transmission & Distribution.
- One of our paper titled “Refined Ramp Event Characterization for Wind Power Ramp Control Using Energy Storage System” was recently accepted by IET Renewable Power Generation.
- Our recent paper “Single-Ended Fault Location for Hybrid Transmission Line using Embedded Artificial Intelligence”, focusing on edge-based AI, has been accepted by 2019 IEEE PES General Meeting.
- One of our recent research paper “The Application of Non-Invasive Sensor in Unbalanced Three-Phase Current Detecting” has been accepted by 2019 IEEE ISGT Asia, the first author Ke Zuo is a third-year undergraduate student in Edison Class program, co-advised by Prof. Quanyuan Jiang and Dr. Geng.
- Dr. Geng was recently awarded as one of 2018 Outstanding Faculty Members in College of Electrical Engineering, Zhejiang University.
- One of our paper titled “Fast Transient Stability Batch Assessment using Cascaded Convolutional Neural Networks” was recently accepted by IEEE Transactions on Power Systems.
2018
- One research paper “Energy Management of CHP-based Microgrid with Thermal Storage for Reducing Wind Curtailment” was recently featured in the Editor’s Choice section of Journal of Energy Engineering.
- Dr. Geng was recently awarded the Third-class Prize in Teaching Skill Competition of Young Faculty from College of Electrical Engineering, Zhejiang University.
- We have two papers accepted by and to be presented at 2018 North American Power Symposium. Our PhD student Wenlong Liu and Siyuan Wang will present our recent research update at the conference site during Sept. 9-11.
- Our research paper “Power System Small-Signal Stability Assessment based on Convolutional Neural Networks” was recently accepted by Automation of Electric Power Systems (in Chinese).
- Dr. Geng was recently approved as a Master Advisor, by Faculty of Engineering, Zhejiang University. Multiple master student openings (incl. both academic and professional Master of Science programs) will be provided starting from Fall 2019. Prospective students are welcome to contact Dr. Geng for further information.
- One research paper “Energy Management of CHP-based Microgrid with Thermal Storage for Reducing Wind Curtailment” was recently accepted by Journal of Energy Engineering.
- Dr. Geng will attend IEEE PES General Meeting and present our research progress at Poster Session (Mon, Aug. 6, 2018, 5pm-8pm) during 2018 IEEE PES General Meeting in Portland, OR.
- One of our paper titled “An Efficient Parallel Sequential Approach for Transient Stability Emergency Control of Large Scale Power System” was recently accepted by IEEE Transactions on Power Systems.
- Our journal paper “Non-Invasive Current Sensor for Multi-Core Cables” was recently accepted by IEEE Transactions on Power Delivery.
- Recently, Dr. Geng received an Early Career Researcher Grant from Fundamental Research Funds for the Central Universities, China, titled “Electrical Utilization Safety Monitoring and Cloud-based Synthetic Awareness in Smart Buildings”.
- Our research paper “Space Regularization Based Parameter Estimation Methods for Discontinuous Synchronous Generation Systems” was recently accepted by Automation of Electric Power Systems (in Chinese).
- Our conference paper “A Fast Dynamic Optimization Approach for Transient Stability Emergency Control” was recently accepted by 2018 IEEE PES General Meeting.
2017
- Dr. Geng was recently awarded the Third-class Prize in Teaching Skill Competition of Young Faculty from College of Electrical Engineering, Zhejiang University.
- Our research paper “Scheduling of EV Battery Swapping, I: Centralized Solution” was recently accepted by IEEE Transactions on Control of Network Systems.
- Our research paper “Single-port and Multi-port Frequency Dependent Network Equivalents with Numerically Stable Branches” was recently accepted by IET Generation, Transmission & Distribution.
- My postdoc appointment at University of Alberta will be finalized shortly. From September 2017, I will join the faculty of College of Electrical Engineering, Zhejiang University.
- Our two-part survey paper “Solution Techniques for Transient Stability-Constrained Optimal Power Flow” was recently accepted by IET Generation, Transmission & Distribution.
- Our research paper “Event-Based Non-Intrusive Home Current Measurement using Sensor Array” was recently accepted by IEEE Transactions on Smart Grid.
- Dr. Geng and his colleagues will be presenting two posters and their demos “Non-invasive current measurement for multi-phase Teck cables” and “Non-invasive current measurement for two-wire power cords” in Alberta Power Industry Consortium (APIC) Power & Energy Innovation Forum 2017 on May 4, 2017.
- Our research paper “Contactless Current Measurement for Enclosed Multi-Conductor Systems based on Sensor Array” was recently accepted by IEEE Transactions on Instrumentation and Measurement.
- Dr. Geng was recently recognized as 2016 ASCE Outstanding Reviewer of Journal of Energy Engineering.
- Our research paper “A Novel Method for Accurately Measuring the Power-Frequency Parameters of EHV/UHV Transmission Lines” was recently accepted by IET Generation, Transmission & Distribution.
2016
- Our research paper “Non-Intrusive Energy Use Monitoring for a Group of Electrical Appliances” was recently accepted by IEEE Transactions on Smart Grid.
- Our research paper “Parallel Transient Stability Constrained Optimal Power Flow using GPU as Coprocessor” was recently accepted by IEEE Transactions on Smart Grid.
- Our research paper “A Parallelized Contour Integral Rayleigh-Ritz Method for Computing Critical Eigenvalues of Large-scale Power Systems” was recently accepted by IEEE Transactions on Smart Grid.
- Our research paper “An Efficient Optimal Control Method for Open-Loop Transient Stability Emergency Control” was recently accepted by IEEE Transactions on Power Systems.
- Our research paper “Transient Stability Emergency Control Using Asynchronous Parallel Mixed-integer Pattern Search” was recently accepted by IEEE Transactions on Smart Grid.
- Recently, Dr. Geng received a Young Scientist Fund grant from National Natural Science Foundation of China (NSFC).
- One of our paper titled “Multi-Scenario Parameter Estimation for Synchronous Generation Systems” was recently accepted by IEEE Transactions on Power Systems.
- One of our research paper titled “A Parallel Contour Integral Method for Eigenvalue Analysis of Power Systems” was recently accepted by IEEE Transactions on Power Systems.
- Dr. Geng and his colleagues are scheduled to present recent research work “Contactless Current Measurement for Enclosed Multi-Conductor Systems based on Sensor Array” in the poster session of Alberta Power Industry Consortium (APIC) Power & Energy Innovation Forum 2016 on May 5, 2016.
- One of our research paper titled “Hydro-Thermal-Wind Coordination in Day-ahead Unit Commitment” was recently accepted by IEEE Transactions on Power Systems.
2015
- One of our paper titled “Power System Dynamic Model Reduction based on Extended Krylov Subspace Method” was recently accepted by IEEE Transactions on Power Systems.
- One of our paper titled “Two-Time-Scale Coordinated Energy Management for Medium-Voltage DC Systems” was recently accepted by IEEE Transactions on Power Systems.
- Recently, Dr. Geng moved to Canada and started to work as a Postdoctoral Fellow in Power Disturbance and Signalling Research Lab, Department of Electrical and Computer Engineering, University of Alberta.
- Dr. Geng is scheduled to present his research work “A Hybrid Dynamic Optimization Approach for Stability Constrained Optimal Power Flow” at PSACE Transactions Paper Session - T3 (Wed, July 29, 2015 Director’s Row H) on IEEE PES General Meeting 2015. See you in Denver!
- Dr. Geng was recently awarded International Postdoctoral Exchange Fellowship (only one awardee nationwide in electical engineering) from The Office of China Postdoctoral Council (OCPC) for two-year postdoctoral research in Prof. Wilsun Xu’s group at University of Alberta, Canada.
- Dr. Geng’s Ph.D. Thesis is now available for download from CNKI. If your institution is not a subscriber of CNKI, you are welcome to contact me to get a copy of it for personal use.
- Recently, Dr. Geng has received first-class research grant (one of ten grantees nationwide in electical engineering) from China Postdoctoral Science Foundation.
- Our extended abstract (Parallel Transient Stability Constrained Optimal Power Flow using GPU as Coprocessor), submitted to the Special Issue on High Performance Computing (HPC) Applications for a More Resilient and Efficient Power Grid of IEEE Transactions on Smart Grid, has been recently approved for full paper submission.
- Our research paper (Coordinated Voltage Control Strategy for Wind Farm Clusters Under Extreme Wind Conditions) was recently accepted by a Chinese journal “Electric Power Construction”, it was selected as the cover article of its March issue.
- My co-authored paper titled “An Efficient Parallel Krylov-Schur Method for Eigen-analysis of Large-scale Power Systems” was recently accepted by IEEE Transactions on Power Systems.
2014
- My co-authored paper titled “Hierarchical Unit Commitment with Uncertain Wind Power Generation” was recently accepted by IEEE Transactions on Power Systems.
- My co-authored paper titled “A Pseudo-spectral Method for Transient Stability Constrained Emergency Control” was recently accepted by a Chinese journal “Electric Power Automation Equipment”.
- After a short visit to Iowa State, I will attend IEEE PES General Meeting at Gaylord National Resort & Convention Center, National Harbor, Washington DC. I will be at “Micro-Grids & Power System Dynamics” session with my colleague Xingpeng Li, who will be presenting our co-authored paper at 2pm, July 31.
- I will have a short visit to Iowa State University from July 18, after that I am scheduled to attend IEEE PES General Meeting in Washington DC. Looking forward to meeting my professors, colleagues and friends there!
- From July 2014, I will work as a postdoc at the Department of Control Science and Engineering, Zhejiang University, collaborating with Prof. Youxian Sun.
- My Ph.D. defense was passed on June 7. It is my honor to have Dr. Zhao, Dr. Liu, Dr. Guo, and Dr. Jiang from Zhejiang University, as well as Mr. Li from State Grid Zhejiang Electric Power Company, as my committee members. Also, I would like to thank five anonymous external reviewers for their outstanding comments and suggestions on my thesis.
- My Ph.D. final defense is expected to start from 8:30 AM, June 7, at Room 102, Building of Electrical Engineering, Yuquan Campus, Zhejiang University. I would like to invite all my professors, colleagues and friends to come and share their valuable insights.
- Our research paper “A Hierarchical Energy Management Strategy for Grid-connected Microgrid” was accepted by IEEE PES General Meeting 2014. See you in Washington DC this July.
- I will have a short visit to Iowa State University from April 9, after that I am scheduled to attend IEEE PES T&D Conference & Exposition in Chicago. Looking forward to meeting my professors, colleagues and friends there!
- My research paper titled “A Hybrid Dynamic Optimization Approach for Stability Constrained Optimal Power Flow” was recently accepted for publication on IEEE Transactions on Power Systems. Early access in IEEE Xplore Digital Library will be available shortly.
- My research work was selected as one of the best papers in IEEE PES T&D 2014 conference. I am scheduled to present my research work in Paper Forum Session “Emerging Technologis & Power System Analysis Computing & Economics (FORUM5, Room W185BC)”, 1:00-3:00 PM, April 16, 2014.
2013
- I was recently awarded two prominent scholarships: National Graduate Scholarship from Chinese Ministry of Education, and Guosong Wang Fellowship from College of Electrical Engineering, Zhejiang Univ. Thanks for all the support from my advisors, referees and friends!
- My visiting research at Iowa State is coming to its end. I will leave U.S. shortly and continue my Ph.D. at Zhejiang University, China. See you in Hangzhou!
- My paper “Application of Automatic Differentiation in Power System Trajectory Sensitivity Analysis” was accepted by 2014 IEEE PES Transmission & Distribution Conference & Exposition. I will attend this conference and present this work. See you in Chicago on April 14-17, 2014.
- My Chinese invention patent Multiple time-scale coordination based economic dispatch for microgrid operation was recently granted.
- Technical program schedule of NAPS 2013 is available now. My presentation will be in Session C3 “Transient Stability”, Sep 23rd, 2013 15:20-17:00, Ballroom C - Alcove
- My homepage was moved from public server of Iowa State Univ. to GitHub Pages, with new domain name “genggc.org”.
- My paper “Energy Management of Microgrid in Grid-Connected and Stand-Alone Modes” was published on August issue of IEEE Transactions on Power Systems.
- My paper “Performance Analysis for Two-Level Parallel Transient Stability Constrained Optimal Power Flow” was accepted by NAPS 2013. See you in Kansas State Univ. on Sep. 22-24, 2013.
- New personal website created, based on template from Andreas Viklund.