Review on cooling tower nozzle types

Somasundar, K.G.; Soorej, S.; Karthikeyan, S.; Jayan, Neethu; Bhatlu, M. Laxmi Deepak

doi:10.1016/j.matpr.2020.08.723

Cited by 3 publications

(2 citation statements)

References 17 publications

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“…Con este sistema, el agua realiza el trabajo de enfriamiento el viento es el medio complementario. La velocidad de evaporación en estos sistemas obedece al tipo de rociado que se aplique; dependiendo de las condiciones de velocidad, orientación y presión, se puede obtener un distinto proceso de evaporación (Somasundar et al, 2020).…”

Section: Torres De Enfriamientounclassified

Sistemas de Enfriamiento Evaporativo para uso en elementos verticales: una revisión del estado del arte

Cárdenas-Rodríguez

Solorzano²,

Lopez

et al. 2022

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Los sistemas de enfriamiento evaporativo son una alternativa en el ámbito de la construcción y la vivienda para reducir la temperatura en regiones con clima cálido mediante el cambio de fase del agua, el cual busca disminuir la alta demanda de energía para enfriar los espacios habitables. El siguiente documento realiza una búsqueda de diversos sistemas de enfriamiento evaporativo colocados en elementos verticales. Se presentan los resultados de búsqueda de información con base en la metodología PRISMA a través de sitios científicos como ScienceDirect, ResearchGate, Google Scholar y Scielo, con las palabras clave: enfriamiento evaporativo, enfriamiento evaporativo directo, enfriamiento evaporativo indirecto y enfriamiento pasivo.

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Section: Torres De Enfriamientounclassified

Sistemas de Enfriamiento Evaporativo para uso en elementos verticales: una revisión del estado del arte

Cárdenas-Rodríguez

Solorzano²,

Lopez

et al. 2022

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“…The choice of nozzles in the water spray cooling system is a crucial factor influencing the cooling performance outcomes. [37]. The choice of nozzle specifications plays a role in defining the water spray distribution, its characteristics, and the width of the water spray angle.…”

Section: Introductionmentioning

confidence: 99%

Optimization of Photovoltaic Performance Using a Water Spray Cooling System with Different Nozzle Types

Wibowo,

Arifin,

Rachmanto

et al. 2024

IJCMEM

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Applying solar radiation as a renewable energy source using photovoltaic panels has problems, such as work efficiency decreasing when the photovoltaic cell temperature is above the working temperature, thus requiring a cooling method. This research examines the cooling effect of photovoltaic panels using water spray with various types and diameters to reduce the temperature and performance of photovoltaic panels, which was carried out experimentally with solar radiation at 08:00-15:00 local time. The research results show that the water spray cooling system can reduce the temperature of the photovoltaic panel from 61.96 to 36.51℃ and increase efficiency from 10.98 to 14.47% with variations in the full cone nozzle with a hole diameter of 2 mm. Full cone nozzles can provide the best cooling performance compared to hollow cone nozzles and flat fan nozzles due to the more even distribution of water spray on the surface of the photovoltaic panel. Using different nozzle diameters also influences cooling. Based on the research results, the water spray cooling system effectively increases the work efficiency of photovoltaic panels with a 2 mm total cone nozzle variation, producing the highest efficiency.

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Performance assessment and optimization of water spray strategy for indirect evaporative cooler based on artificial neural network modeling and genetic algorithm

Ma,

Shi,

et al. 2024

Applied Energy

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Review on cooling tower nozzle types

Cited by 3 publications

References 17 publications

Sistemas de Enfriamiento Evaporativo para uso en elementos verticales: una revisión del estado del arte

Sistemas de Enfriamiento Evaporativo para uso en elementos verticales: una revisión del estado del arte

Optimization of Photovoltaic Performance Using a Water Spray Cooling System with Different Nozzle Types

Performance assessment and optimization of water spray strategy for indirect evaporative cooler based on artificial neural network modeling and genetic algorithm

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