Embedded control system for reactive power control in distributed energy resources for voltage regulation in the distributed power system

Since more distributed energy resources (DER) are being linked to the electrical grid, current power system (DPS) is encountering additional voltage regulation challenges. Traditionally, on-load tap changers, step regulators, and switched capacitor banks have been used for in DPS. However, these sources insufficient As a result, reactive assistance from DER unit based on electronics intended adjust In terms of flexibility, security, reliability, availability, embedded control systems now investigated by researchers use converter-fed units. This paper presents method constructing an controller XynergyXS converter controller, which includes unit. Furthermore, it proposes dynamic enhanced DPS regulation. The suggested approach tested MATLAB/Simulink model practical 85-bus located northern Tamilnadu region, India as well modified IEEE 33-bus system. new investigates all potential grid disruptions. results reveal that proposed units enhances network while reducing number switching operations performed static regulating such load changers banks.