2017 IEEE competition on modern heuristic optimizers for smart grid operation
Testbeds and results
Fernando Lezama (Polytechnic Institute of Porto)
João Soares (Polytechnic Institute of Porto)
Zita Vale (Polytechnic Institute of Porto)
José Luis Rueda Torres (TU Delft - Intelligent Electrical Power Grids)
Sergio Rivera (Universidad Nacional de Colombia)
István Elrich (Universität Duisburg-Essen)
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Abstract
This paper summarizes the two testbeds, datasets, and results of the IEEE PES Working Group on Modern Heuristic Optimization (WGMHO) 2017 Competition on Smart Grid Operation Problems. The competition is organized with the aim of closing the gap between theory and real-world applications of evolutionary computation. Testbed 1 considers stochastic OPF (Optimal Power Flow) based Active-Reactive Power Dispatch (ARPD) under uncertainty and Testbed 2 large-scale optimal scheduling of distributed energy resources. Classical optimization methods are not able to deal with the proposed optimization problems within a reasonable time, often requiring more than one day to provide the optimal solution and a significant amount of memory to perform the computation. The proposed problems can be addressed using modern heuristic optimization approaches, enabling the achievement of good solutions in much lower execution times, adequate for the envisaged decision-making processes. Results from the competition show that metaheuristics can be successfully applied in search of efficient near-optimal solutions for the Stochastic Optimal Power Flow and large-scale energy resource management problems.
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