An HVLS fan is an excellent choice if you have a large facility requiring airflow over the entire space. HVLS fans help you in the following situations:
One of the numerous issues facility managers face today is improving warehouse air circulation while lowering energy use and expenditure. Temperatures in these facilities might become unbearably high due to the operations that are always running. This isn't good for the people who work in the facilities, and it causes employee unhappiness and poor productivity. One method of reducing severe heat and energy expenditure is distributing it into the cooler air. But how do you go about doing this?
Kevin Hoover, an industry expert, works with facility managers in various industrial environments to achieve maximum airflow. Hoover works with facility managers in various industrial locations to improve airflow and minimize inefficient ventilation.
6 Simple Tips for More Efficient Air Distribution in Your Facility Warehouse Air Circulation
Reduce the Effective Temperature
De-stratification is the first piece of advice for optimizing warehouse air circulation in your business. De-stratification is an important factor in lowering the perceived temperature in a warehousing facility. Air movement in your body reduces moisture and makes you feel cooler.
Several popular methods for lowering the effective temperature are as follows:
HVLS fans have shown "effective air temperature" drop by up to 7%. When the big fan blades are in action, they thoroughly distribute the heat layers while creating a large column of air, creating a cooling breeze effect. As a result, high-volume, low-speed fans are far more efficient than small-volume, high-speed fans.
Avoid using oscillating fans on pedestal fans
Although pedestal fans might provide a quick and temporary solution to warehouse air circulation, their performance is poor. It can pose a safety risk to employees.
Some disadvantages of pedestal fans for industrial environments include the following:
Hang Your Ceiling Fan
One of the essential elements in air distribution is the placement of HVLS fans. When properly positioned, an HVLS fan can replace up to ten conventional high-speed fans and operates for as little as 31 cents per day. A large ceiling-mounted HLVS fan will disperse airflow evenly and prevent heat pockets. This provides cooling for all facility areas while reducing energy usage by reducing how hard your HVAC system has to work.
4 Make Use of the Proper Fan Blade Size for Your Space
Making sure your fans have the proper size blades is a crucial tip for helping to distribute the air in a building. Many HVLS fans come in fan blade sizes ranging from 8 to 24 feet. The correct fan size is also essential for temperature distribution in the manufacturing industry. The slower the turn, the greater the fan. This results in higher volume but lesser air velocity. Two major factors determine the proper size of a ceiling-mounted fan for your space.
Because of the ceiling drop, proper fan sizing is critical. If you have a 16-foot ceiling, the fan will automatically lower to 13 feet. This is acceptable for a smaller fan. On a larger fan, however, a 5-foot drop is required. So you merely reduced the fan's height to 11 feet.
"A short-blade HVLS fan would be better when you don't have a high ceiling but have a lower ceiling height. Small fans have a greater RPM (Revolutions per Minute), which improves velocity."
The larger fan rotates at a significantly slower rate. It has more volume but less speed. This is significant because if you choose a blade size too large for your room, the fan may underperform compared to its counterpart.
Install Your Fans Closer to the Ceiling
When the goal is to circulate air throughout the facility, the fan's proximity to the Ceiling is also critical. It is referred to as a "ceiling hugger" if installed without a drop rod. The issue with this is that air cannot enter the fan blades from the top of your Ceiling. Dropping the fan instead allows air to enter and pass through it. As a result, there is more air movement.
However, putting the HVLS fan higher offers advantages as well. For example, if your HVLS fan is set at 20 feet, you can reach persons up to 70 feet away. A fan inside a cone is an excellent demonstration. When you raise the fan, the cone expands; when you lower it, it contracts.
Summary
A high volume, low speed (HVLS) fan can be all you need to distribute temperature inside your facilities effectively, boost employee comfort, and reduce your running costs by up to 30% if properly selected and installed.
When optimizing warehouse air circulation, it's critical to find a solution that addresses all of the major factors that influence both perceived and actual temperature. HVLS fans outperform other cooling solutions when properly sized and installed at the proper height.
Using an Ameriwind fan in the winter is a great way to save energy and money while providing a more comfortable environment for your employees. Contact us today at 610-987-0488 to learn more about how we can help you create a custom big fan solution for your space.
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