Qiuhua Huang

Payne Faculty Fellow @Payne Institute For Public Policy

Littleton, CO, US
EMAILS
q••••••••@mines.edu
MOBILE NUMBERS
+14•••••••36

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WORK HISTORY

Jan 2023 — Present

Payne Faculty Fellow @Payne Institute For Public Policy

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Golden, CO, US

EDUCATION

2009 — 2012

South China University of Technology

Master of Science (MSc), Power System Engineering

2012 — 2016

Arizona State University

Doctor of Philosophy (PhD), Electrical and Electronics Engineering

2005 — 2009

South China University of Technology

Bachelor of Engineering (BEng), Electrical Engineering

SKILLS

Pss/EControl Systems DesignGamsPower SystemsJavaXmlMatlabPscadSoftware DevelopmentFortranOptimizationsPowerworldCProgrammingTestingElectrical EngineeringSimulationsAlgorithmsFortran 95OopInterpss

ABOUT QIUHUA HUANG

He has a solid background and strong R&D track records in large-scale transmission and distribution system modeling, simulation and analysis, application of AI/machine learning for power system operation and control. He also has more than 10 years of experience in industry-grade power system simulation algorithm implementation, software development and integration. He has endeavored to enhance power and energy system modeling, simulation, and control by leveraging multiphysics/scale-simulation, machine learning, and advanced computing techniques. He believes in the power of open-source and has been contributing to several open-source tools/packages. He is one of the core developers of an open power system simulation engine-InterPSS He developed OpenHybridSim (https://github.com/openhybridsim), the first open-source tool for Electromagnetic Transient-Transient Stability (EMT-TS) hybrid simulation, and RLGC (https://github.com/RLGC-Project), an open-source platform for developing and benchmarking reinforcement learning algorithms for grid control. Specialties- Power system modeling and simulation - Power system dynamics and stability - Co-simulation (T&D, EMT and phasor domain hybrid simulation)- Applied machine learning for power system analysis and control - Load modeling

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Qiuhua Huang — Email, Phone Number & Contact Info | Unifers