In the modern power grid, with growing penetration of renewable and distributed energy systems, use parallel inverters has significantly increased. It is essential to achieve stable operation reasonable sharing between these inverters. Droop controllers are commonly used control in an inverter-based microgrid. this paper, a small signal model droop secondary loop internal model-based voltage cu...

The droop control strategy is the most common approach for microgrids control but its application is limited due to frequency deviation following a load change. Complementary control strategy has then been proposed to solve the problem using a communication network. However, under this strategy, regular loads profile produces a continuous change of output power of all distributed generators (DG...

There is a constant push towards increasing use of renewable energy-based distributed generators around the globe. While they provide clean and sustainable source energy, employ technologies that are unknown to traditional power systems. These interfaced via inverters lack inertia large synchronous machines. This manifests itself as more volatile frequency profile susceptible disturbances. phen...

The modern industrial facility depends on sensitive electronic equipment that can be shut down suddenly by severe power system disturbances. A large number of these disturbances on the power system are a result of line faults which can cause momentary voltage sags. This results in equipment malfunctioning and high restart cost. This papers describes the control of distributed resources as a sol...

conventional passive distribution networks are changing to modern active distribution networks which are not radial. conventional load flow methods should be modified for new distribution networks analysis. in modern distribution networks distributed generation (dg) units are embedded with conventional and/or renewable resources. dg units are generally modeled as pv or pq nodes which inject ...