Abstract
The Newton-Raphson-Stott loadflow, by neglecting the off-diagonal submatrices of the Jacobian, decouples the real and reactive power calculation and achieves computational advantages, albeit at the risk of considerably degrading the convergence in special cases. The Exact Transformed Decoupled (ETD)-load flow presented here, tries to obtain the decoupling by a transformation which fully preserves the influence of the off-diagonals. Thus, much of the speed and memory space advantages of the decoupled version can be maintained and be combined with the accurate and benevolent performance of the full Newton.
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