Modelación del THD en los sistemas de alimentación residencial
Faced with the growing interest in the care of the quality of energy in the residential electrical service and its scope in the concept of distribution, the purpose of this paper is obtain a mathematical modeling which will serve to obtain the characteristic equation...
| Autor Principal: | Lincango Sigcha, Edgar Guillermo |
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| Formato: | bachelorThesis |
| Idioma: | spa |
| Publicado: |
2015
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| Materias: | |
| Acceso en línea: |
http://dspace.ups.edu.ec/handle/123456789/8175 |
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| Sumario: |
Faced with the growing interest in the care of the quality of energy in the
residential electrical service and its scope in the concept of distribution, the purpose of this
paper is obtain a mathematical modeling which will serve to obtain the characteristic
equation that comes out of a common residence and comes to the distribution network, this
residence will have several electronic equipment which have non-linear loads that are used
daily. Calculate the rate of total harmonic distortion is also another parameter that we can
find with this modeling quickly and easily, For this calculation of the THD we'll use
mathematical tools such as the Fourier series and the Monte Carlo simulation for the latter
which will enable us to conduct a convergence between the signals of different types of
loads are connected in parallel are admitted to the network in a different time of use, and
then comparing these results between homes of three types as you can be a common
residence, a residence of senior resources and a residence of low resource. We will have the
help of the Fluke power analyzer 43 B single phase with which we are going to find the
most characteristic harmonics present when using the VCR, tv, microwave oven, the
computer with your monitor, and the fluorescent lamp. This undertaken for a interface is
used to step the historic generated in the analyzer to carry to an Excel file, to then enter
these data as a file to MATLAB and generate the different types of waves of current and
voltage with which we will achieve the desired model. |
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