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Large warehouse fans can do a lot to improve working conditions at a facility. High-volume, low-speed fans have extra-long, slow-turning blades that move a great deal of air at once, which keeps facility temperatures consistent.

Here are a few examples of the advantages that facilities can experience with HVLS fans:

When it’s hot out, HVLS fans are a real relief. They stir up huge columns of air instead of just small sections, making them highly effective at cooling off anyone working on the floor.

Since the HVLS fans work so well at keeping people cool, there’s less of a need for air conditioning in facilities that are equipped with these appliances. An HVAC system is still good to have, but HVLS fans will supplement it well, which can reduce the cost of cooling. For facility managers trying to find the right balance between comfortable employees and affordable heating and cooling, pairing HVLS fans with an HVAC system is a win-win.

Does your facility suffer from sweating slab syndrome? Many do. Sweating slab syndrome occurs when condensation builds up on cement floors. The floor becomes slippery, and workers are now at risk of falls. Equipment like forklifts may also have a hard time retaining traction. Because HVLS fans encourage evaporation, they are excellent for reducing moisture on the ground and alleviating this safety risk.

Heat stress is another safety concern that facility managers should be aware of. When temperatures rise, workers need to keep themselves cool and safe. The Centers for Disease Control and Prevention recommend increasing air velocity as a way to reduce the risk of heat stress. HVLS fans are perfect for this task.

No facility manager wants pests in his or her building. However, some pests are tricky, especially those that can fly. Physical barriers like dock shelters or door screens can prevent creatures from flying into a warehouse, but these are most effective when paired with additional measures to keep pests out. HVLS ceiling fans can help with this issue too. Large turning blades will scare away birds, and the air movement can push bugs away as well.

3 Ways Industrial Ceiling Fans Can Benefit Your Work Environment
It’s not uncommon for large, open facilities such as warehouses, barns, and aviation hangars to battle undesirable climates. These work environments can quickly become uncomfortable for employees– sometimes too hot, other times too cold– and also might be the cause of extraneous expenses for your company.

When facing a facility maintenance issue of this sort, a high-volume, low-speed fan can be the ultimate solution. Originally designed for use in dairy barns to increase cow comfort, the technology has since evolved into what you see now– Large commercial ceiling fans (also called HVLS fans) that span greater than 7 feet in diameter and create small, turbulent air streams that quickly disperse and move a significant amount of air.These industrial fans are the best solution for a variety of applications in workplaces such as manufacturing facilities, distribution centers, warehouses, aircraft hangars, malls, gyms, atriums, hockey arenas, indoor swimming pools, and car dealerships.

Adding this type of innovative commercial ceiling fan to your facility is going to bring you a variety of benefits, but three major ones are outlined below.

Keep It Cool – with a fan
Or warm. Commercial fans help balance the temperature in your space by redistributing the air that typically gets trapped at ceiling level.

During the coldest times of the year, hot air is pushed back down to ground level where it is needed. In a process known as destratification, your HVLS energy-saving fan will draw heated air down and mix it with cooler air that settles near the floor.

In the summer months, these industrial ceiling fans blanket a massive area, moving air to create an expansive comfort zone with an evaporative cooling effect of up to 10 degrees. And while fans don’t technically cool the air around you, the circulating air encourages evaporation, which can make people feel several degrees cooler.

These commercial ceiling fans keep your employees cool, comfortable and working at their peak performance.

Control Costs
When you have a workspace that is temperature-regulated, by a HVLS ceiling fan, you will be able to turn your thermostat down and maintain the desired temperature while reducing energy consumption and saving money. A facility manager’s top priority is to keep everything running smoothly and ensuring the environment is right for the supplies, equipment, and employees. Your energy spend can and will be reduced with the implementation of an industrial ceiling fan.

Additionally, the best commercial ceiling fans encourage evaporation while they circulate air which means excessive moisture is controlled and your facility is safer from corrosion and rust which can cause expensive damage.

Protect The Environment
A really, really big reason to consider adding a really, really big industrial fan to your workspace is that along with saving money, and controlling the temperature, your commercial ceiling fan will also help you protect the environment. Industrial ceiling fans can greatly reduce the amount of energy consumed by heating and air conditioning systems. When commercial fans are used in combination with a standard HVAC system, companies generally see a reduction in air conditioning usage. This means the HVAC system is using less energy and in turn, emitting less greenhouse gas thanks to the HVLS ceiling fan.

Large commercial ceiling fans are typically seen as making a bold statement in a building’s design, but all you have to look at is the science behind the big fan to understand that these large fans are more than just for show and more about how they make people feel. Design is being redefined according to the human comfort of the end-user, and now more than ever, design is about helping the clients become more resourceful, resilient, and regenerative. From facilities as large as industrial warehouses to buildings as small as specialty coffee shops, large industrial fans in many shapes and sizes are being utilized—seemingly everywhere—to create environments where people want to gather and thrive.

These large commercial ceiling fans help thermally equalize a space by moving air in the most efficient way possible. The fans use their long airfoil blades to move high volumes of air at low speeds, which provides a balanced airflow without the kind of disruptive air movement that could blow the hat off of your head. The end result is a gentle breeze that circulates the air, improving comfort and indoor air quality. This puts less demand on HVAC systems, reduces moisture, and, most importantly, makes the occupants of a building feel more comfortable.

How Does Air Cooler Work?
Air coolers, also known as evaporative or swamp coolers, cool an atmosphere by evaporating water. As air flows over water, certain particles on the water's surface are carried away. These particles take the heat with them, and this allows the air to cool. This is the main mechanism behind air coolers. Continue reading the article to know more about them.

How Does Air Cooler Work With Water?
Sweating also functions in the same way: the water particles on the skin's surface bring heat away with them as they evaporate, cooling the skin. It is also known that these air coolers are able to make use of 75% less energy as compared to the central air conditioners.

Evaporative coolers come in a variety of styles. A fine mist is sprayed into the air and then whipped out by a fan in some methods. Since the water in this mist is made up of fine droplets, it evaporates easily and absorbs heat from the air. In some other methods, the air is made to blow through a material that has been wetted. It can be blown through a fine mesh or past wet sheets, for example. This wet material then cools as it evaporates, and this in turn cools the air.

Depending on the temperature, the air is only able to retain a certain amount of moisture. When the temperature exceeds that amount, water begins to condense out of the air at the same rate as it evaporates into it, and this leads to effectively preventing evaporative cooling.

How does Air Cooler Work Without Water?
Direct evaporation is used in both residential and industrial state shift coolers, which are described by an inside metal or plastic box with ventilated sides. A centrifugal fan or blower drives the air, and a water pump wets the evaporative cooling pads. Cooling units may be mounted on a building's roof, exterior walls, or windows. The fan draws in near air through vents on the unit's sides and damp pads to keep it cool. Heat in the air evaporates water from the sheets, which are continuously re-dampened to keep the cooling process going.
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