Optimal Tuning of Transient Stability Constraint Optimal power Flow problem using a Grey Wolf Optimization

Transient stability constraint based optimal power flow (TSC-OPF) problem is a major area of research for the research community. A relatively new optimization approach namely, grey wolf optimization (GWO) has been proposed in this novel study to explain the TSC-OPF problem efficiently. Here authors tries his best to explain philosophy of this technique. In this analysis work, here the TSC-OPF problem has solved by comparing other techniques with GWO. The superiority of the proposed GWO technique of solving TSC-OPF problem being validated by considering case studies of New England 10- machine, 39-bus system and WSCC 3-machine, 9-bus system. The allusive after-effects announce that the proposed GWO access is abundant added computationally able than added accepted techniques and is able for solving TSC-OPF job.