Optimal bidding in Turkey day ahead electricity market for wind energy and pumped storage hydro power plant

In electrical grid; when the demand power increases energy prices increase, when the demand decreases energy prices decrease. for this reason; to increase the total daily income, it is required to shift generations to the hours that high demand power values occurred. wind power plants (wpp) have unstable and uncontrollable generation characteristic. for this reason, energy storage systems are needed to shift the generations of wpps in time scale. in this study, four wind power plants (wpp) which are tied to the turkish interconnected grid and a pumped hydro storage power plant (pspp) that meets the energy storage requirement of these power plants are investigated in turkey day ahead energy market. an optimization algorithm is developed using linear programming technique to maximize the day ahead market bids of these plants which are going to generate power together. when incomes and generations of the plants that are operated with optimization strategy is analyzed, it is seen that annual income increased by 2.737% compared with wpps ‘s alone operation and generations are substantially shifted to the high demand power occurred hours.