Optimal Installation for Enhancing Power System Security using Integrated BBO-PSO Techniques

Currently the power system is revolving out to be extensive and multifaceted. An indispensable variable in the function of a power system is the hankering to preserve system security. The power system security valuation determines the safe and the erratic working states, even if the security promote administer the fundamental control action alongside over-burdens under emergency state of affairs. Contingency Analysis (CA) is essential in power system assessment. In the dissertation, a resourceful method is projected for contingency analysis depends on line flow. A proposed method is the amalgamation of Biogeography depend optimization (BBO) and Particle swarm optimization (PSO) algorithm. Here, SVC, TCSC and UPFC devices are exploiting for scrutinize the line contingency and preserve the system security. The proposed method is employed for make out the optimal spot and sizing of FACTS devices were resolute. To recognize the optimal place of FACTS devices, the utmost API bus is acknowledged. Subsequently, the line contingency is investigated and weigh up the analogous competence of FACTS devices. It aids to kick off compulsory control proceedings to sustain power system security, reliability and stability. The anticipated method put into practice in Matlab/Simulink platform.