Power flow (PF) is the most extensively used analytical tool in any
power industry. Starting from planning studies, PF is required in
operation & control studies. PF, therefore, has rightly been
termed as the workhorse of the power systems (PS). The advent of
deregulation & competitive power markets has increased more
uncertainty in PS. Under the stressed situations, the conventional
methods (CMs) diverge & no solution is obtained for
ill-conditioned systems. The CMs need flat start & also unable
to provide multiple solutions. To overcome these, non-conventional
approaches are required to develop. Simple local search technique
& linear perturbation based methods are developed to solve
constraint PF problems. If the method is applied with any other
evolutionary technique, multiple solutions can be obtained. Two PSO
techniques with different pioneer strategies, innovative formulas
are presented. A new & unique two-stage GA algorithm is
developed. Voltage collapsed buses & FACTS devices in the
developed PFs are also discussed. The developed algorithms should
aid to the research scholars, power industry & academia in PS.
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