Power Systems Engineering Research Center

S-75 Project Summary 

Reliability Evaluation of Renewable Generation Integrated Power Grid including Adequacy and Dynamic Security Assessment

Summary Probabilistic methodologies are needed for reliability assurance in the emerging power grids with increasing penetration of renewable resources. Most of the probabilistic methodologies have focused on the adequacy issues. Some work has also been done on the probabilistic stability including, small signal and transient stability. The objective of this proposal is to integrate reliability into a single frame work including adequacy and transient stability evaluation and develop computationally tractable methods to achieve this objective.
Academic Team Members Project Leader: Chanan Singh (TAMU, sing@sing.ece.edu)
Team members: Vijay Vittal (Arizona State University, vijay.vittal@asu.edu)
Industry Team Members Orlando Ciniglio (Idaho Power Company), Bajarang Agrawal (Arizona Public Service), Sharma Kolluri (Entergy), Evangelos Farantatos (EPRI), Anish Gaikwad (EPRI), Anish Gaikwad (EPRI), Deepak Ramasubramanian (EPRI), Alan Engelmann, (Exelon), Feng Zhao (ISO-NE), Mark Westendorf (MISO), Liangying Hecker (MISO), Thompson Adu (MISO), Chetan Mishra (Dominion Energy)
Project Period July 1, 2017 to August 31, 2019