1979
DOI: 10.1016/0038-092x(79)90026-4
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An evacuated glass tube solar collector and its application to a solar cooling, heating and hot water supply system for the hospital in Kinki University

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Cited by 16 publications
(3 citation statements)
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“…It was also observed that, with a wide range of working fluids, the system performs better with loading conditions than without loading condition. Comparatively high storage water temperature rises were attained corresponding to 60 • C to 85 • C attained by other systems incorporating heat pipe arrays of more than 20 heat pipes [1,3,24,25], and other conventional evacuated tube solar hot water systems not incorporating heat pipes [26][27][28][29].…”
Section: Discussion Of Resultsmentioning
confidence: 99%
“…It was also observed that, with a wide range of working fluids, the system performs better with loading conditions than without loading condition. Comparatively high storage water temperature rises were attained corresponding to 60 • C to 85 • C attained by other systems incorporating heat pipe arrays of more than 20 heat pipes [1,3,24,25], and other conventional evacuated tube solar hot water systems not incorporating heat pipes [26][27][28][29].…”
Section: Discussion Of Resultsmentioning
confidence: 99%
“…A ideia de utilizar coletores solares para a produção de água quente em hospitais não é recente (Hinotani, Kanatani, Osumi, 1979): vários hospitais brasileiros já contam com sistemas de água quente via coletores solares, e.g., 1653 m² de coletores solares no Hospital das Clinicas (SP), 880m 2 no Hospital San Rafael (BA), 110 m 2 no Hospital Metropolitano (ES), 144 m 2 no Hospital Geral de Rio das Ostras (RJ), e 410 m 2 no Hospital São João de Deus (MG) (TUMA, 2013).…”
Section: Equipamentos E Considerações Econômicasunclassified
“…Les températures auxquelles l'apport énergétique tombe aux 3/4 de sa valeur à 25 °C sont respectivement pour les trois capteurs 33 °C, 43 °C et 63 °C à Trappes et 40°, 59 °C et 108 °C à Carpentras. Des capteurs très performants peuvent donc fonctionner à des températures élevées sans dégrader notablement leur apport énergétique, ce qui permet leur incorporation aisée dans certaines systèmes de climatisation[4]. L'influence de la surface de captation est illustrée par la figure5.…”
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