How to calculate the cooling capacity of water-cooled fan coil unit?
According to the design drawings, calculate the volume of the pipeline, and you will probably know the total water volume. When installing for the first time, it is more accurate to install a water meter at the water supply.
How to calculate the cooling capacity of water-cooled fan coil unit?
Calculate the water cooling capacity of fan coil as 1 equal to 2000 kcal, and convert 1 watt into 2325 watts, which can be calculated by the cooling capacity of corresponding models except 2325.
Water-cooled fans belong to evaporative cooling industry due to different ethnic customs in different provinces in China, so they are also called: environmental protection air conditioner (Australia and Guangdong), energy-saving environmental protection air conditioner (Guangdong and Guangxi), cold air conditioner (Jiang Duo, Zhejiang and Shanghai), water-cooled air conditioner (Erhu and Jiangxi), fresh air unit called by customers, workshop air conditioner, etc. Evaporative cooling industry is a rising industry in recent years. Principle: When you stand on the beach and the sea breeze blows gently, you will feel cool. This is because seawater absorbs heat from the air and evaporates, thus cooling the air and bringing us cold air. Evaporative air conditioning is a new generation of environmental protection and energy-saving air conditioning based on this natural phenomenon, which combines natural phenomenon with high-tech artificial evaporation refrigeration technology.
"Water-cooled fan" evaporative air conditioner uses the principle of evaporation effect of water to realize refrigeration by physical method, which solves the problem of "Freon" emission exceeding the standard of ordinary air conditioner. Wet curtain is used as cooling medium. Water flows uniformly downward from the top of the wet curtain along the corrugated surface of the wet curtain, so that the wet curtain is soaked uniformly from top to bottom. When the fan sucks in air, it generates pressure, forcing unsaturated air to flow through the surface of porous wet curtain, and a large amount of damp heat in the air is converted into latent heat. Forcing the air to drop from the dry-bulb temperature to the room close to the wet-bulb temperature increases the humidity of the air, and turns the dry-hot air into clean and cool air, thus playing the role of cooling and humidifying.