In this paper, priority-multiplier being introduced, it is possible to counterchange object programming into linear programming, so that it is easy to search for the answer of object programming with LINDO.

A comparison of newton-raphson optimal multipliers load flow methods considering generator reactive power limitation

Firstly, by means of integrating the rectangular coordinates based weighted optimal multiplier Newton-Raphson method with sensitivity analysis and adopting continuous linear programming method, both mathematical model and algorithm for restoration control to solve the infeasibility of N?1 power flows and out-of-limit states, which appear at load recovery stage, are established; secondly, the.

A new method for determination of static voltage collapse critical point based on Newton-Raphson load flow method with optimal multiplier is proposed in this paper.

In this paper, we present a new method for solving linear goal programming (or linear integer goal programming) by measuring priority factors with number.

Aiming at the complicated fault mechanism of complex systems,the fault diagnosis model is constructed using the fuzzy Petri net and priority factors.

The continuation power flow method is applied to compute the operating conditions under this load margin, at this operating point, the optimal multiplier algorithm is used to sequentially solve the outage power flow under all contingencies.