According to the U.S. Department of Energy, buildings account for 39 percent of energy consumption...
Meteorologists and weather experts are already sounding the alarm about the anticipated record-breaking heat wave set to hit the summer 2024 - predicted to surpass even the sweltering temperatures of 2023. One significant factor contributing to this forecast is the notorious phenomenon known as El Niño. In this blog post, we'll delve into what El Niño is, differentiate it from its counterpart La Niña, and explore how MacroAir's HVLS (High Volume, Low Speed) fans can be your ultimate ally in staying cool and comfortable during the impending heat.
What is El Niño?
El Niño is a climate pattern characterized by warmer-than-average sea surface temperatures in the Pacific Ocean off the coast of Central America and North America. El Niño typically occurs every two to seven years and affects weather patterns worldwide. El Niño is known to cause extreme weather conditions, and when it comes to the upcoming summer, it's a key player in the anticipated heatwave!
What’s the Difference between El Niño and La Niña?
El Niño and La Niña are quite opposite each other. So, what is the El Niño and La Niña difference you may ask? Well, while El Niño is marked by warmer ocean temperatures, La Niña is characterized by cooler ocean surface temps. Because of these cooler ocean temperatures, weather patterns are affected in the opposite way of El Niño. El Niño is associated with hotter, drier conditions, and La Niña is associated with cooler, wetter conditions.
Prepare Yourselves for the Heat!
As temperatures climb to unprecedented levels this summer, it's crucial to stay ahead of the heat before it arrives. MacroAir's HVLS fans offer a powerful solution to combat the heatwave and create a more comfortable environment. These powerful fans are designed to move large volumes of air at low speeds, providing powerful, effective, and energy-efficient cooling for all types of spaces.
In fact, people will actually feel up to 15° cooler under a MacroAir HVLS ceiling fan compared to a traditional fan. Plus, HVLS fans will work with existing HVAC units to destratify the layers of air in the room. That will equalize the temperature and allow a decreased set-point on the HVAC unit.
Benefits of MacroAir HVLS Fans
Enhanced Comfort
The gentle breeze generated by MacroAir fans enhances perceived body temperature, making occupants feel up to 15° cooler - even in the extreme heat.
Improved Air Circulation
MacroAir fans distribute air evenly, preventing hotspots and ensuring consistent cooling throughout your space.
Energy Efficiency
HVLS fans operate at low speeds, consuming significantly less energy compared to traditional high-speed fans or air conditioning units.
Cost Savings
By reducing the reliance on your HVAC unit, MacroAir fans can help cut down on energy bills while maintaining a comfortable environment.
Stay Ahead of the Heat
As the summer of 2024 gears up to break temperature records, be prepared! Stay cool, stay efficient, and stay ahead of the heat with MacroAir, the inventors of HVLS fans. Proudly manufactured in America.
Get your MacroAir HVLS fans today, or speak with an expert today to find the fan that is best for your needs.
Get started before the heat hits!
About MacroAir
MacroAir invented the High Volume, Low Speed (HVLS) industrial ceiling fan. They have continued to be a leader in the market by developing the most innovative large fans in the world. They continually strive to push boundaries and set the bar when it comes to engineering and product development. MacroAir technology is based on the principle that moving air slowly is far more efficient than moving air quickly. Their HVLS fans move air down and out in all directions, keeping the air fresh and helping people and animals feel more comfortable. Comparatively, MacroAir products are unparalleled in energy efficiency and airflow. They are assembled in the USA and installed worldwide. Customers benefit from local service and highly customized solutions from MacroAir’s global distribution network.
