Profit Expansion of a Solar Integrated Day-Ahead System by Placement of TCSC and Fuel Cell in the Presence of Disequilibrium Price

The usage of renewable energy sources in the power sector has increased day by to preserve non-renewable resources from extinction. growth earnings electricity market also become a critical part as generated integrated system is fluctuating nature. For renewable-associated system, abundant during low-demand hours. These excess units are available due presence like solar, wind, etc. So, better way for managing this situation store storage devices and can use that high-demand hours enhance system’s economic profit. This paper presents comparative study parameters between regulated deregulated systems. Solar been considered here source its high efficiency easy availability work focused on maximizing profit placement Thyristor Controlled Series Compensator (TCSC) along with fuel cell disequilibrium price (DP). occurred disparity real expected data which controls entire system. To achieve maximum profit, it imperative reduce generation expenses minimum. A flexible alternating current transmission (FACTS) used increase transfer capability controllability. voltage profile scenarios location-based marginal (LBMP) without consideration TCSC have deployed work. performed different optimization techniques such Sequential Quadratic Programming (SQP) Artificial Bee Colony Algorithms (ABC) analyze risk modified IEEE 14-bus