HVLS Fans move High volume, low speed (HVLS) fans are specially designed to circulate air efficiently and effectively to help your farms create a stable environment for dairy cattle. Learn how to help prevent heat stress and increase production. Download FREE eBook.
For more information, please visit Windmax Power.
Request a QuoteOur high volume, low speed (HVLS) ceiling fan is designed to circulate the air in your agricultural facility more efficiently and effectively. Rotating at an optimized low speed, a Rite-Hite HVLS agricultural ceiling fan moves the most air over the largest area at the lowest cost. This allows for maximum cooling and "destratification" (the process of keeping the temperature consistent from floor to ceiling), reducing the facility’s energy consumption by up to thirty percent.
One of the primary benefits of HVLS fans in agriculture is their unmatchable performance when it comes to temperature regulation within greenhouses and barns. The whole process of agriculture, be it crops or livestock, is entirely dependent on proper temperature. By circulating the airflow efficiently, the HVLS Fans play a pivotal role in preventing hotspot formation, which eventually ensures uniform heat distribution. This is particularly special for crops that require special attention and are considered to be extremely sensitive. These large ceiling fans not only facilitate evaporative cooling, they also reduce heat stress equally on crops as well as livestock.
Want more information on Agricultural Ceiling Fans? Feel free to contact us.
To maintain optimal air quality in agricultural areas, proper air circulation is crucial. Our wide range of ceiling fans specially designed for agricultural needs smoothly disperses air pollutants, thereby reducing the risk of airborne diseases in farmers taking care of agricultural areas. Interestingly, these huge HVLS ceiling fans are also experts in pollen grain dispersal in large indoor areas that may be devoid of natural air, hence promoting pollination.
In Almeria, the world’s largest concentration of greenhouses, springtime is when humidity-related diseases usually peak in greenhouses. Sunny days increase the transpiration of moisture from leaf surfaces and evaporation from the soil. The warm air holds the moisture in the vapor form. At night as the air cools to the dew point, condensation occurs and water droplets are formed on cooler surfaces.
To reduce humidity, improve air quality, and avoid disease problems, the ventilation system has been designed with the M600 series. It will eventually help to study one area of the greenhouse and the benefits over the crop of the natural air ventilation delivered by Vindus fans.