STUDY ON A SOLAR WATER HEATER PERFORMANCE UNDER THE INFLUENCE OF NANOFLUID.

Bibliographic Details
Title:	STUDY ON A SOLAR WATER HEATER PERFORMANCE UNDER THE INFLUENCE OF NANOFLUID.
Alternate Title:	STUDIU PRIVIND PERFORMANȚA UNUI ÎNCĂLZITOR DE APĂ SOLARĂ SUB INFLUENȚA NANOFLUIDELOR. (Romanian)
Authors:	KUMAR, P. MANOJ, RAJESWARI, M., SARAVANAKUMAR, P. T., ARUNKUMAR, SP., STALIN, P. Michael Joseph
Source:	EMERG: Energy. Environment. Efficiency. Resources. Globalization; 2024, Vol. 10 Issue 2, p7-18, 12p
Subject Terms:	Solar heating, Solar water heaters, Nanofluids, Thermal efficiency, Deployment (Military strategy), Geothermal resources, Hot water, Processing (Computer program language)
Abstract (English):	Globally, a significant amount of energy is spent to produce hot water for processing industries, domestic requirements, commercial buildings, and so on. In such cases, the deployment of solar water heating systems has been identified as a competent solution, considering their environment-friendly operation and affordability. In the current work, an investigation was piloted to examine the influence of deploying nano-CeO2/water nanofluid as circulating fluid in an evacuated tube solar water heater (ETSWH) at mass fluxes of 1.002 kg/min and 10.02 kg/min, respectively. The outcomes revealed that the incorporation of nano-CeO2/water nanofluid boosted the ETSWH system's peak temperature gradient and daily average efficacy to 40 °C and 75%, respectively. [ABSTRACT FROM AUTHOR]
Abstract (Romanian):	La nivel global, o cantitate semnificativă de energie este cheltuită pentru a produce apă caldă pentru industriile de prelucrare, cerințele interne, clădirile comerciale și așa mai departe. În astfel de cazuri, implementarea sistemelor solare de încălzire a apei a fost identificată ca o soluție competentă, având în vedere funcționarea ecologică și accesibilitatea acestora. În activitatea actuală, s-a efectuat un studiu pilot pentru a examina influența utilizării nano-CeO2/nanofluid de apă ca fluid circulant într-un încălzitor de apă solară (ETSWH) cu tub evacuat la fluxuri de masă de 1.002 kg/min și 10,02 kg/ min, respectiv. Rezultatele au arătat că încorporarea nano- CeO2/nanofluid de apă a crescut gradientul de temperatură de vârf al sistemului ETSWH și eficiența medie zilnică la 40 °C și 75%, respectiv. [ABSTRACT FROM AUTHOR]
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Database:	Complementary Index

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