Academic

[2022/03] Our two new patents on load modeling and analytics, entitled "Submodular Load Clustering with Robust Principal Component Analysis" and "Bayesian Estimation Based Parameter Estimation for Composite Load Model", has been granted by USPTO.

Our paper “Global Sensitivity Analysis in Load Modeling via Low-rank Tensor” has been accepted by IEEE Transactions on Smart Grid.

[2021/12] Our new paper on power system operation, entitled "A Review of Deep Reinforcement Learning Applications in Power System Parameter Estimation", has been accepted by 2021 PowerCon.

Our paper “Global Sensitivity Analysis in Load Modeling via Low-rank Tensor” has been accepted by IEEE Transactions on Smart Grid.

[2021/6] Our two new papers on load modeling, entitled "Tensor-Based Parameter Reduction of Dynamic Load Models with Variable Frequency Drive", has been accepted by IEEE Transactions on Power Systems, and "A Novel Spiking Deep Neural Network based Unsupervised Learning for Non-intrusive Load Monitoring in Smart Grid" has been accepted by MPCE.

Our paper “Global Sensitivity Analysis in Load Modeling via Low-rank Tensor” has been accepted by IEEE Transactions on Smart Grid.

[2020/11] Our new paper on load analysis, entitled "Real-time Energy Disaggregation at Substations with Behind-the-Meter Solar Generation", has been accepted by IEEE Transactions on Power Systems

Our paper “Real-time Energy Disaggregation at Substations with Behind-the-Meter Solar Generation” has been accepted by IEEE Transactions on Power Systems. This is a joint work by Rensselaer Polytechnic Institute (RPI) and GEIRINA.

[2020/10] Our new paper on load modeling, entitled "Imitation and Transfer Q-learning-Based Parameter Identification for Composite Load Modeling", has been accepted by IEEE Transactions on Smart Grid

Our paper “Imitation and Transfer Q-learning-Based Parameter Identification for Composite Load Modeling” has been accepted by IEEE Transactions on Smart Grid. This is a joint work by Iowa State University (ISU) and GEIRINA.

[2020/9] The paper “Sizing battery storage for islanded microgrid systems to enhance robustness against attacks on energy sources” has been awarded as the 2019 Best Paper of Journal of Modern Power Systems and Clean Energy (MPCE)

The paper “Sizing battery storage for islanded microgrid systems to enhance robustness against attacks on energy sources” has been awarded as the 2019 Best Paper of Journal of Modern Power Systems and Clean Energy (MPCE).

[2020/8] Yishen presented the work “Two-stage WECC composite load modeling: a deep reinforcement learning approach” at the panel on “Observability and controllability of power distribution system in big data era” at the IEEE PES General Meeting (invited by Dr. Yi Wang)

Yishen presented the work “Two-stage WECC composite load modeling: a deep reinforcement learning approach” at the panel on “Observability and controllability of power distribution system in big data era” at the IEEE PES General Meeting (invited by Dr. Yi Wang).

[2020/7] Our new paper on oscillation, entitled "Data-Driven Low Frequency Oscillation Mode Identification and Preventive Control Strategy Based on Gradient Descent", has been accepted by Electric Power System Research

Our paper “Data-Driven Low Frequency Oscillation Mode Identification and Preventive Control Strategy Based on Gradient Descent” has been accepted by Electric Power System Research. This is a joint work by Tsinghua University and GEIRINA.

[2020/7] Our new paper on load analytics, entitled "Self-organizing Probability Neural Network Based Intelligent Non-Intrusive Load Monitoring with Applications to Low-cost Residential Measuring Devices", has been accepted by Transactions of the Institute of Measurement and Control

Our paper “Self-organizing Probability Neural Network Based Intelligent Non-Intrusive Load Monitoring with Applications to Low-cost Residential Measuring Devices” has been accepted by Transactions of the Institute of Measurement and Control. This is a joint work by University of Nevada, Reno (UNR) and GEIRINA.

[2020/5] Our new paper on load modeling, entitled "Evaluating Load Models andTheir Impacts on Power Transfer Limits", to apear in IEEE ICCA 2020

Our paper “Evaluating Load Models andTheir Impacts on Power Transfer Limits” to appear in IEEE ICCA 2020.