EFICIENCIA ENERGÉTICA
Mejorar la ventilación. Circulación del aire. Confort para los empleados. Reducir los costes energéticos.
1. Reduced HVAC Load:
HVLS fans help in temperature regulation by distributing conditioned air efficiently throughout the facility. This reduces the workload on heating and cooling systems, allowing them to operate less frequently and at lower capacities. As a result, you can save on energy consumption related to HVAC systems.
2. Heat Redistribution:
In colder months, HVLS fans can be reversed to push warm air trapped at the ceiling down to the floor where it's needed. This minimizes the need for additional heating, saving energy and reducing heating costs.
3. Improved Air Circulation:
HVLS fans enhance air circulation in large industrial spaces. This helps maintain consistent temperatures throughout the facility, reducing the need for localized cooling or heating solutions. As a result, the HVAC system can run more efficiently.
4. Zoned Cooling and Heating:
HVLS fans can be strategically zoned and controlled independently, allowing you to direct airflow only where and when it's needed. This prevents overcooling or overheating in unoccupied areas, leading to energy savings.
7. Increased Thermostat Set points:
With HVLS fans providing better comfort and air distribution, you can raise thermostat setpoints in the summer and lower them in the winter. This directly reduces HVAC system runtime and energy consumption.
9. Economical Operation:
HVLS fans typically operate at low speeds and consume minimal electricity, especially when compared to running multiple smaller fans or using high-speed HVAC blowers.
11. Peak Demand Reduction:
In some regions, industrial facilities are charged based on peak electricity demand. By reducing the load on HVAC systems, HVLS fans can help lower peak demand, resulting in cost savings.
5. Reduced Stratification:
In large spaces, warm air tends to rise, creating temperature stratification. HVLS fans break this stratification by mixing the air layers, ensuring a more uniform temperature. This reduces the need for excessive heating in the winter.
6. Supplemental Cooling:
HVLS fans can provide supplemental cooling in warm weather. By creating a perceived cooling effect on employees, they can allow you to raise thermostat settings on air conditioning systems without compromising comfort, resulting in energy savings.
8. Energy-Efficient Design:
Many HVLS fans are designed with energy efficiency in mind. They use efficient motors and are optimized for low-speed operation, consuming less electricity compared to high-speed fans.
10. Long Lifespan:
HVLS fans are durable and have a long lifespan. Their longevity means you won't need to replace or maintain them as often, reducing the energy and material costs associated with frequent replacements.
