Issue No. 09 - Sept. (2012 vol. 23)
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/TPDS.2012.52
Yoshihiro Sugaya , Tohoku University, Sendai-shi
Shinichiro Omachi , Tohoku University, Sendai-shi
Akira Takeuchi , NTT Corporation, Musashino-shi
Yousuke Nozaki , NTT Corporation, Musashino-shi
Distributed power generation, using renewable energy, has been attracting attention to cope with global environment issues; a microgrid is a promising configuration for distributed power generation. To augment the stability and efficiency of the microgrid, an intelligent control, which considers the restrictions and characteristics of each unit, is indispensable. It can be achieved by constructing an efficient operation schedule for each power plant in the microgrid, depending on energy demand, and predicting passive power generation. The operation scheduling is regarded as a constrained optimization problem, which must have nonlinear characteristics in case of actual systems. Although several methods using metaheuristic optimization have been proposed, it would be trapped into a local minimum in some cases. In this paper, we statistically analyze operation schedules, computed for an actual power network of the demonstrative project. In addition, we conduct an investigation of the relationship between the input parameter space and the solution space, which can be exploited to obtain more appropriate initial solutions leading to better and faster converging solutions.
Schedules, Power generation, Electricity, Optimization, Fuel cells, Vectors, Batteries, operation scheduling, Schedules, Power generation, Electricity, Optimization, Fuel cells, Vectors, Batteries, principal component analysis., Smart grid, microgrid, energy network
Y. Nozaki, A. Takeuchi, S. Omachi and Y. Sugaya, "A Statistical Analysis on Operation Scheduling for an Energy Network Project," in IEEE Transactions on Parallel & Distributed Systems, vol. 23, no. , pp. 1583-1592, 2012.