Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas
Solar and wind power are the two major natural sources of intermittent power in the world. The combination of these sources has proved to be a suitable combination to maximize system reliability. A chronological methodology based on Hongxing and Diaf techniques for optimal sizing of a Photovoltaic W...
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Universidad Distrital Francisco Jose de Caldas
2014-01-01
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doaj-724dbb4922b44d2e98ea56df39033cc62020-11-24T22:51:14ZspaUniversidad Distrital Francisco Jose de CaldasTecnura0123-921X2248-76382014-01-0118397793Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadasAlejandro Castillo Ramírez0Fernando Villada Duque1Jaime Alejandro Valencia Velásquez2Universidad de AntioquiaUniversidad de AntioquiaUniversidad de AntioquiaSolar and wind power are the two major natural sources of intermittent power in the world. The combination of these sources has proved to be a suitable combination to maximize system reliability. A chronological methodology based on Hongxing and Diaf techniques for optimal sizing of a Photovoltaic Wind Hybrid System (HPWS) (using batteries for energy storage) is presented. Accordingly, the purpose of this work is to help to promote the hybrid power system concept through a fully theoretical point of view. The model can be used to optimize the system configuration, minimizing Loss of Power Supply Probability (LPSP) and Annualized Cost of the System (ACS). The proposed methodology was used to design an isolated HPWS that meets the energy demand of 49 users at Ishiruwo settlement (located in the municipality of Uribia, State of La Guajira - Colombia). Results show that there is an inversely proportional behavior between the two objectives under evaluation. Likewise, the chosen solution with low cost and high reliability suggests that it is better to use a fully Photovoltaic System (PV), since wind-turbine cost is very high. Finally, it is clear that the cost of isolated systems has begun to gain importance due to its competitiveness when compared to other types of generation such as diesel, although more than 50% of its value lies in batteries and other components.http://tecnura.udistrital.edu.co/ojs/index.php/revista/article/view/693/617batterieslevelized cost of energyloss of power supply probabilityhybrid power systems |
collection |
DOAJ |
language |
Spanish |
format |
Article |
sources |
DOAJ |
author |
Alejandro Castillo Ramírez Fernando Villada Duque Jaime Alejandro Valencia Velásquez |
spellingShingle |
Alejandro Castillo Ramírez Fernando Villada Duque Jaime Alejandro Valencia Velásquez Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas Tecnura batteries levelized cost of energy loss of power supply probability hybrid power systems |
author_facet |
Alejandro Castillo Ramírez Fernando Villada Duque Jaime Alejandro Valencia Velásquez |
author_sort |
Alejandro Castillo Ramírez |
title |
Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
title_short |
Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
title_full |
Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
title_fullStr |
Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
title_full_unstemmed |
Diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
title_sort |
diseño multiobjetivo de un sistema híbrido eólico-solar con baterías para zonas no interconectadas |
publisher |
Universidad Distrital Francisco Jose de Caldas |
series |
Tecnura |
issn |
0123-921X 2248-7638 |
publishDate |
2014-01-01 |
description |
Solar and wind power are the two major natural sources of intermittent power in the world. The combination of these sources has proved to be a suitable combination to maximize system reliability. A chronological methodology based on Hongxing and Diaf techniques for optimal sizing of a Photovoltaic Wind Hybrid System (HPWS) (using batteries for energy storage) is presented. Accordingly, the purpose of this work is to help to promote the hybrid power system concept through a fully theoretical point of view. The model can be used to optimize the system configuration, minimizing Loss of Power Supply Probability (LPSP) and Annualized Cost of the System (ACS). The proposed methodology was used to design an isolated HPWS that meets the energy demand of 49 users at Ishiruwo settlement (located in the municipality of Uribia, State of La Guajira - Colombia). Results show that there is an inversely proportional behavior between the two objectives under evaluation. Likewise, the chosen solution with low cost and high reliability suggests that it is better to use a fully Photovoltaic System (PV), since wind-turbine cost is very high. Finally, it is clear that the cost of isolated systems has begun to gain importance due to its competitiveness when compared to other types of generation such as diesel, although more than 50% of its value lies in batteries and other components. |
topic |
batteries levelized cost of energy loss of power supply probability hybrid power systems |
url |
http://tecnura.udistrital.edu.co/ojs/index.php/revista/article/view/693/617 |
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