NATURAL-SIMULATION MODEL OF PHOTOVOLTAIC STATION GENERATION IN PROCESS OF ELECTRICITY BALANCING IN ELECTRICAL POWER SYSTEM

The paper analyzes the methods of stabilizing generation schedules photovoltaic stations (PV) in electric power systems (EPS) process balancing electricity. Since PV is characterized by instability electricity production due to dependence on weather conditions, an automatic system for forecasting their (ASFG) next day has been created increase energy efficiency PV. automating prediction as part group and algorithm adjusting plant are considered. criterion managing minimization difference between values ​ forecasted actual same period time. Checking performance tuning ASFG order evaluate its functioning effectiveness application task states EPS possible only means simulation. It shown that based nature using ASFG, it advisable use simulation modeling. value constantly monitored during these ​​during proceed real-time In this case, modeling considered experimental method research, according which not object itself subjected perturbations but software-implemented computer model object. real-life operation makes more fully consider various modes reasonably choose decisions regarding participation generation, taking into account conditions limitations operators transmission distribution