Low Inertia Systems Frequency Variation Reduction with Fine-Tuned Smart Energy Controllers

The distributed and stochastic nature of Renewable Power Sources is certainly forming considerable challenges for the operation power system. Specifically, stability system can be jeopardized when penetration inverter-based systems high. Storage proper design controllers seen as part solution supporting future expansion systems. Thus, control strategies need to designed provide appropriate support capable keeping variation frequency within limits keep reliability high possible. main challenge parameterization these their coordination under integrated grid approach in securing at all times. In this paper, a smart energy controller utilized incorporated into projection case study Cyprus’ real distribution year 2050 evaluate its behavior identify possible weaknesses usage. It was found that not only architecture such crucial coping with problem. From simulation work recorded results, it observed maintain desirable range parametrization chosen appropriately. This specific observation highlights configure while operating field, possibly further research required advanced capability adjust dynamically during field operation, thereby achieving better response abnormal conditions.