Bibliographic citations
Carhualloclla, R., Chirinos, M. (2022). Diseño de viviendas ecológicas con biohuertos en el sector Dunas de Pur Pur - Virú, La Libertad - 2021 [Tesis, Universidad Privada Antenor Orrego.]. https://hdl.handle.net/20.500.12759/9224
Carhualloclla, R., Chirinos, M. Diseño de viviendas ecológicas con biohuertos en el sector Dunas de Pur Pur - Virú, La Libertad - 2021 [Tesis]. PE: Universidad Privada Antenor Orrego.; 2022. https://hdl.handle.net/20.500.12759/9224
@misc{renati/371113,
title = "Diseño de viviendas ecológicas con biohuertos en el sector Dunas de Pur Pur - Virú, La Libertad - 2021",
author = "Chirinos Gonzales, Miguel Armando",
publisher = "Universidad Privada Antenor Orrego.",
year = "2022"
}
The objective of this research was to carry out the design of ecological houses with vegetable gardens in the Dunas de Pur Pur - Virú sector, La Libertad. It begins with the subdivision of a property of approximately 15 hectares, located in the province of Virú - La Libertad. The name of the condominium is Huertos Ecológicos Dunas de Pur Pur. Once the property has been subdivided, the topography is carried out, concluding this study as a flat terrain. Having the topography and the lots ready, we proceed to design the water network system so that all the houses can have access, respecting the Peruvian regulations regarding flows, minimum and maximum pressures. The architectural design of the ecological house respects the regulations of Peruvian architecture, taking into account the minimum spacing distances in order to give comfort to the people who inhabit it. Also, the use of a Basic Sanitation Unit booth is considered in this research, since the property, being in an area of urban expansion, lacks sewage. This booth sends the wastewater to a biodigester, this biodigester processes the water through aerobic bacteria and then derives it through a pipe buried at a calculated depth, this water will be useful to irrigate the bio-garden and reduce water consumption, generating sustainability. In the energy aspect of housing, the use of solar panels is proposed. In order to determine the number of solar panels, this depends on factors such as the irradiation in the area, this data was taken from a reliable source such as NASA and also depends on the number of rooms in the home, the number of devices that will be connected and that will have an estimated energy consumption. The option of providing energy to the house through batteries with a system independent of the public energy wiring is used. We consider this research to be important as it promotes and encourages the use of renewable energies, such as the use of solar panels, which may have a relatively high initial cost, but are profitable over time. As final results of this investigation, the plans of the subdivision of the property are proposed, which by internal policies have to be approximately one thousand square meters. We propose the plans of a house with two bedrooms, a living room, a dining room and a kitchen; vii essential for the development of activities. Then, using the WATERCAD software, the tentative water network for the entire condominium is calculated, later a biodigester is dimensioned with a certain calculated volume and finally the installation of solar panels independent of the public network is proposed.
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