A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
IoT-based performance analysis of hybrid solar heater-double slope solar still
Remote monitoring of solar still systems is an interesting step for performance analysis and supervision. In this article, a monitoring system is developed and integrated to a solar still system. The parameters considered (such as air temperatures, relative humidity, etc) have been posted on a webpage via the Internet of Things (IoT) technique. For this, the ThingSpeak platform of MathWorks is used. The results demonstrate that ground water after desalination has practically the same chemical parameter values as mineral water (Nestle) and ordinary home drinking water. It has also been confirmed that by adding a solar preheater, the process of evaporation of saline water has been accelerated, which permits improvement of the efficiency of the proposed prototype. HIGHLIGHTS Investigating the use of renewable energy systems in water desalination plant.; Design of a smart solar still water desalination prototype.; Monitoring system for controlling its performance online.; Collecting data using Internet of Things technique (IoT) via a web page for users.; Controlling the quality of the water.;
IoT-based performance analysis of hybrid solar heater-double slope solar still
Remote monitoring of solar still systems is an interesting step for performance analysis and supervision. In this article, a monitoring system is developed and integrated to a solar still system. The parameters considered (such as air temperatures, relative humidity, etc) have been posted on a webpage via the Internet of Things (IoT) technique. For this, the ThingSpeak platform of MathWorks is used. The results demonstrate that ground water after desalination has practically the same chemical parameter values as mineral water (Nestle) and ordinary home drinking water. It has also been confirmed that by adding a solar preheater, the process of evaporation of saline water has been accelerated, which permits improvement of the efficiency of the proposed prototype. HIGHLIGHTS Investigating the use of renewable energy systems in water desalination plant.; Design of a smart solar still water desalination prototype.; Monitoring system for controlling its performance online.; Collecting data using Internet of Things technique (IoT) via a web page for users.; Controlling the quality of the water.;
IoT-based performance analysis of hybrid solar heater-double slope solar still
M. Benghanem (author) / A. Mellit (author) / M. Emad (author)
2022
Article (Journal)
Electronic Resource
Unknown
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