Paper Title
Formation of DC Microgrid for Wind and Solar Hybrid

Abstract
Many methods are designed to support the hybrid of wind and solar power within microgrids. A droop control method of controlling power electronic converters connected to battery storage is implemente. Compared with the current droop controls, it is illustrious in that the droop curves are set as a function of the storage state-of-charge (SOC) and can become unbalanced. The revision of the slopes confirms that the power output supports the terminal voltage while at the same maintaining the SOC within a target range of desired operational reserve. This is shown to keep the equilibrium of the microgrid’s real-time supply and demand. The controls are applied for the distinct case of a dc microgrid that is vertically integrated within a multi-rise host building of an urban area. Wind power and solar power are harvested on the roof and sides of the building. Electric vehicle charging is arranged at the ground level. The microgrid vertically assimilates with the host building without creating a large footprint. Index terms - Distributed energy resources, droop control, electric vehicle (EV), microgrid, multilevel energy storage, power electronic conversion, solar power, wind power, Hybrid power.