Dynamic Price Control Using Pole Placement Method in Smart Grids

Energy has been one of the most important concepts that we cannot remove from our lives with its many uses, transportation, warming, and enlightenment to tourism sector, being at beginning basic requirements for humanity centuries. Renewable energy is a resource does not decrease according increase population, can be obtained naturally on earth, create an alternative solution shortages several problems. The concept smart grid, which provides advantage use renewable sources, ensures network controlled in future under conditions intermittent production instantaneous demand. With distributed grids, consumption have paved way pricing dynamic. In this study, price balancing was achieved by dynamic electricity pricing, methods achieving autonomous control grids obtaining safely. For purpose, coefficients Proportional-Integral-Derivative (PID) controller using pole placement method are modeled MATLAB/SIMULINK program supply-demand scenario. order examine effect change demand price, temporary peak fall given According changing conditions, PID shown provide balance, regulate online maintain balance.