ABSTRACT
The renewable energy resource (RER) has gotten more alluring in generating power. The generation of power from RERs is viewed as sustainable, cost-effective, more cleaner, environmentally friendly and sustainable when compared with the existing power resources. The exploitation of RERs is one of the pointers that the execution of feasible energy is more appropriate for the future force framework. The researchers who work on coordinating sustainable power into the network argue that when more than one inexhaustible resource is incorporated into the generation blend, there are numerous benefits, for instance, an increment in power generation productivity. In this manner, numerous nations have broadly projected that hybrid sustainable power coordinated frameworks will create a large portion of their power. The combination of RERs acquires different difficulties in the setting of system frequency (in the different current configuration) as well as adequate voltage variation into some given electrical network. Perhaps, the most stresses on the activity interaction of renewable energy incorporation is the low and inadequate thickness of resources to utilize for the generation of energy while the energy need is developing. This chapter seeks to examine alternative renewable energy sources and thus to evaluate the different controllers, fault types, and different solutions. Moreover, the technical challenges with the installations of renewable generations, case studies of mitigation of technical challenges, problems associated with integration at transmission and distribution voltage level, possible solutions to address renewable integration challenges, and the case studies related to the renewable energy sources are discussed.
