2002
DOI: 10.1016/s0960-1481(01)00173-2
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Performance of a natural circulation solar air heating system with phase change material energy storage

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Cited by 143 publications
(44 citation statements)
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“…The results indicated that the heater filled with PCMs with 51 and 43°C melting temperatures gives the best performance, otherwise the system daily average efficiency varies between 27 and 63% depending on the PCM melting temperature, solar intensity and system air flow resistance. Enibe (2002;2003), constructed and studied a natural convection solar air heater with phase change material energy storage used the paraffin wax as a PCM, under natural environmental conditions involving ambient temperature variations in the range 19-41°C and daily global irradiation in the range 4.9-19.96 MJ m −2 . Peak temperature rise of the heated air was about 15°K, while peak cumulative useful efficiency was about 50%, the maximum predicted airflow rate was 0.01 kg sec −1 .…”
Section: Introductionmentioning
confidence: 99%
“…The results indicated that the heater filled with PCMs with 51 and 43°C melting temperatures gives the best performance, otherwise the system daily average efficiency varies between 27 and 63% depending on the PCM melting temperature, solar intensity and system air flow resistance. Enibe (2002;2003), constructed and studied a natural convection solar air heater with phase change material energy storage used the paraffin wax as a PCM, under natural environmental conditions involving ambient temperature variations in the range 19-41°C and daily global irradiation in the range 4.9-19.96 MJ m −2 . Peak temperature rise of the heated air was about 15°K, while peak cumulative useful efficiency was about 50%, the maximum predicted airflow rate was 0.01 kg sec −1 .…”
Section: Introductionmentioning
confidence: 99%
“…El rendimiento y la efectividad para de los SST para el secado de alimentos ha sido estudiada en cultivos como el maíz (Lochan & Pandotra, 2010), dátiles (Ahmad & Mirani, 2009), uvas (Abene et al, 2004), piña (Bala et al, 2003), cebolla (Ahmed-Zaid et al, 1999) y otros cultivos (Koyuncu, 2006) (Enibe, 2002).…”
Section: Aplicación Agroindustrialunclassified
“…Sharma et al (2009) La energía solar es una fuente de energía limpia, segura y gratuita disponible en la totalidad de la superficie terrestre. La radiación solar es una fuente de energía periódica con fuertes variaciones diarias y su utilización requiere la incorporación de sistemas de almacenamiento para su funcionamiento en periodos nocturnos (Enibe, 2002 …”
Section: Utilización De Energía Solar En Procesos Agroalimentariosunclassified
“…La ganancia de calor acumulado (Q en kJ) desde el inicio (t=0) hasta un momento determinado (t) es obtenido mediante la integración de la ganancia total de calor útil durante el periodo (Enibe, 2002):…”
Section: Ecuaciónunclassified
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