IMPROVE HVAC SYSTEM EFFICIENCY BY ADDING HVLS INDUSTRIAL CEILING FANS

13 Dec IMPROVE HVAC SYSTEM EFFICIENCY BY ADDING HVLS INDUSTRIAL CEILING FANS

WHAT IS THE HVAC SYSTEM?

We often hear M&E engineers (Mechanical and Electrical) mentioning HVAC a lot.

HVAC stands for: Heating, Ventilation, and Air conditioning

-Heating: Heating

-Ventilation: Ventilation

-Air Condition: Air conditioner

HVAC is one of 4 categories of M&E construction.

(4 items: Air-conditioning ventilation system (HVAC), Water supply and drainage, sanitary systems, Electrical systems, Fire alarms and fire-fighting systems)

The main purpose of the construction of this system is to bring the best and freshest air quality to apartment buildings, commercial centers, factories, export processing zones, common houses, industrial houses. , steel structure houses, thermal power plants, aircraft, submarines …

HVAC systems can be used in both the water and air environments.

In some high-class buildings such as commercial centers, apartments .., the HVAC system is integrated into one or more systems. For small or very small projects, contractors often estimate the capacity needed to select the most suitable equipment to ensure the best space saving and cost savings for HVAC construction.

The heating, ventilation and air conditioning (HVAC) in industrial buildings can cause your electricity bill to skyrocket, especially in the summer. Start distributing air more efficiently by pairing your HVAC with HVLS industrial ceiling fans. This will make your employees and customers feel more comfortable and save you a ton of money on your energy bill.

IMPROVE HVAC SYSTEM EFFICIENCY BY ADDING HVLS INDUSTRIAL CEILING FAN

HVAC systems are used to cool or heat the space by releasing cold or warm air into it. Heating and air conditioning systems can face leaks in ceilings and windows, damaging duct systems and effectively moving air is difficult if space is large. All of these problems can cost a lot of money to fix, and HVAC systems often cost a lot of money to run.

But industrial ceiling fans can overcome these problems.

HVLS Industrial Ceiling Fan (High Flow, Low Speed) moves a significant amount of air at a slow speed. Without using a fan, the HVAC system cannot effectively move warm or cool air across the entire space.

Using HVLS industrial ceiling fans, air conditioners or heating systems can efficiently distribute air throughout the facility. When HVAC and HVLS industrial ceiling fan work together, they create a cooling effect that can make the room feel 8 degrees cooler.

Even if an space without existing HVAC units is for cooling, HVLS industrial ceiling fans can be used to improve airflow and make people in industrial or commercial spaces more comfortable. . When people sweat, the airflow moving on the skin causes the sweat to evaporate, creating a cooling effect called evaporative cooling.

 

IS IT POSSIBLE TO SAVE COST IF JOINING HVLS INDUSTRIAL CEILING FAN AND HVAC?

HVAC systems are also used in cold winters to pump heat into your space, which can also be very expensive. The good thing is that the HVLS fan can run in reverse and suck colder air from the floor and push warm air from the ceiling, down the wall and throughout the building.

By supplementing your HVAC systems with HVLS industrial ceiling fans, you can significantly reduce energy costs because you can run your HVAC system at a higher set point in the summer or a lower setpoint. in the winter while still feeling comfortable. In addition, HVLS industrial ceiling fans only cost very little to run, making them super efficient.

Air movement from HVLS ceiling fans combined with HVAC systems can be more cost-effective and can help make your building more comfortable for your employees and customers in all seasons.

The HVAC system is one of the most expensive devices in terms of energy consumption. For this reason, anything that can reduce the amount of energy that the HVAC system uses to blow away hot or cold air will significantly reduce the cost of the business. HVLS industrial ceiling fans consume less energy and move a much larger amount of air, making them the perfect complement to HVAC systems.