Flujos óptimos de potencia reactiva basado en óptimo despacho de carga usando GAMS.
In this paper, it is proposed, modeled and solved the power flow problem with the objective of reassigning the reagents flow in a Power Electrical System (PES), in order to minimize its losses and to evaluate its advantages. For this purpose the parameters of generators, bars, lines and loads...
| Autor Principal: | Romero Ramos, Israel Jacobo |
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| Formato: | bachelorThesis |
| Idioma: | spa |
| Publicado: |
2017
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| Materias: | |
| Acceso en línea: |
http://dspace.ups.edu.ec/handle/123456789/13586 |
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| Sumario: |
In this paper, it is proposed, modeled and
solved the power flow problem with the
objective of reassigning the reagents flow
in a Power Electrical System (PES), in
order to minimize its losses and to
evaluate its advantages. For this purpose
the parameters of generators, bars, lines
and loads of the case of 14 bars of
DigSilent Power Factory were used, being
considered similar to the SEP model,
being used for pertinent analyzes.
The aim of this work is to minimize
reactive power losses, using the nonlinear
programming models (NPL) through the
GAMS software, and applying the
MINOS as solver, which uses the reduced
gradient method for linear constraints and
nonlinear function objective, and also for
problems with nonlinear constraints, it is
used the lagrangian increased algorithm.
Once the results of the optimization with
GAMS were obtained , it will be analyzed
them and compared with the results of the
simulation case of 14 bars, in order to
obtain conclutions about the benefit of
solving an optimal power flow problem,
focused on the minimization of reactive
power in a system.
Keywords: Active Power, Electrical |
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