A Stochastic Reserve Market Clearing Approach Considering Distributed Generation and Electrical Vehicles
Augusto C. Rueda-Medina1; Yong Fu2
1 UNESP; 2 Mississippi State University
doi:10.20906/CPS/SBSE2016-0164
Resumo
The so-called ancillary services, which are necessary to ensure the stability and security of the electrical power system, could be also provided by distributed generators (DGs) due to the well-known benefits that the DGs can bring. The variation in the generation of DGs based on renewable energy sources and operating characteristics of electrical vehicles (EVs) introduce uncertainties, which need to be extensively studied in order to consider their participation as a reliable alternative. In this work, a co-optimization market-based proposal for energy and reserve considering the presence of DGs and EVs is presented. In this proposal, the uncertainties are addressed through the development of a stochastic model based on the enhanced interval linear programming theory.
Palavras-chave: Distributed generation; Electrical vehicles; Interval Linear Programming; Distribution systems; Co-optimization market