Model of Climatic Elements Affecting water Production by Air Conditioner (Case Study of Rasht)

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Behzadi Jalal

مرکز اطلاعات علمی Scientific Information Database (SID) - Trusted Source for Research and Academic Resources

Journal Paper

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Journal: Water Harvesting Research Year:2021 | Volume:4 | Issue:1 Page(s): 113-120

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Title

Model of Climatic Elements Affecting water Production by Air Conditioner (Case Study of Rasht)

Author(s)

Behzadi Jalal | Issue Writer Certificate

Keywords

TemperatureQ4

Air conditioner WaterQ4

RashtQ4

humidityQ4

water shortageQ4

Abstract

Three percent out of seventy percent of earth planet water is freshwater that one percent of that is accessible. Pollution is added to the water shortage crisis, so humans are thinking about new water resources and trying to obtain them. Rainfall in Gilan province is abundant but irregular, especially in Rasht city. Temperature and evaporation increase in the late spring and summer, also, rainfall decrease in that time. Meanwhile, all cities and villages of Gilan, especially Rasht and its suburbs, use the gas air conditioner, and using this cooling system in buildings is developing day by day. The research was carried out in a room with a square of 33 m2 at the Temperature of comfort range of 20 °C using an air conditioner of the 28000 type. The water flow, Temperature, and humidity were recorded hourly during the day and night, and statistical analysis (descriptive-analytical) was performed. Finally, a simple model was obtained from the existing relationship between climatic elements (Temperature and humidity) with water flow. Temperature and water flow have a first-degree relationship and humidity and water flow have a second-degree relationship. The first-degree relationship showed that when the Temperature decreases, the water flow increases so that a negative or inverse relationship is created. But in the second relation, with increasing humidity, Water flow increases, and with decreasing humidity, the flow decreases. Temperature as an independent and main factor has an inverse effect on water flow and humidity. Finally, the data (Temperature, humidity, and water flow) were classified in SPSS software. By setting the Temperature and humidity data in one of the groups, the amount of water obtained from the air conditioner (flow) is well predicted, and it can be generalized. The average amount of water obtained from the air conditioner is about 30 Lit/hr for an area of 33 m2. Using more air conditioners in more areas will obtain more water flow which will meet a big part of the needs of families.

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