Reliability Analysis and Economic Prospect of Wind energy sources incorporated Microgrid system for Smart Buildings Environment

This work deals with assessing the reliability of wind energy sources incorporated into a microgrid system to increase grid stability. As share power generated from continues due environmental concerns and reduce carbon footprints, case study proposed is designing an effective for smart building environment burden on grid. Incorporating systems grid-connected buildings increases environments. Applying techniques integrated automation in built can play key role decreasing peak demand load development cities. also enhance overall efficiency grids, waste, enable use resources. Furthermore, researchers are finding new ways collect renewable power-built environments dwindling fossil fuel resources increased awareness. The analysis wind-connected has been initiated satisfy increasing reliable supply by consumers. prompted controlled footprints fuel-based systems. Therefore, main purpose this understand economic prospects environments, sources-based systems, balance through Progressive Wind Model Taylor-Sequence Proliferation (PWMTSP) Innovative Six Parameters Based Beta Creative (ISPBPBCM) approaches energy-based provides low-cost different capacities residential consumers selected geographic location. Eight cases considered ranging 2 MW 32 MW. Hence, discussed users. All eight eco-friendly emissions as these units need not be purchased plants, which system. expected supplied (EENS) planned capacity increases. Loss expectation (LOLE), loss probability (LOLP), failure rate all decrease installation more Moreover, it seen that mean time repair (MTTR) improves when rises incrementally method anticipated adaptable various types where dependability crucial component design scalable large