Diseño e implementación de un sistema termosolar con residuos de aparatos eléctricos y electrónicos
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Fecha
2018
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Editor
Corporación Universitaria Lasallista, Editorial Lasallista.
Resumen
Introduction. This paper present the
design, implementation and evaluation of
thermal behaviour of scale thermosolar
system, it built from waste electrical
and electronic equipment. Objective.
Define mechanical and funcional
requirements based on employed
material’s characteristics and socioenvironmental conditions of the zone
of study. Materials and methods. In
the construction of thermosolar system,
Fresnel lens of acetate overhead
proyector are used oil motor, computers
and DVD players parts. Where the
electronics materials are reused in
process of clean energy production,
transforming an environmental problem
in a posible energy solution. Results.
For system thermical evaluation a sectorized análisis is proposed , the
solar radiation and themperature was
determined in stretegics places to
propose a mathematical model of the
solar kitchen behaviour. Conclusion. It
was stablished the thermical behaviour
of two kitchen zones and its effiencies.
The energy effiency (KW/m2) of the
evaluted zones is 16.86 % showing
maxim losses of 44,49 % in weak isolated
sections and effiencies of 91,28 % in
isolated sections of recycling fiberglass
whit 3 cm of thickness.
Descripción
Palabras clave
Corporación Universitaria Lasallista, Área Metropolitana del Valle de Aburrá, Energía solar, Reciclaje, Aprovechamiento de desechos, Desarrollo sostenible
Citación
Revista Producción + Limpia -Vol. 13 No 2 - 2018