In today’s world, where energy costs are on the rise and companies are striving to reduce carbon emissions and implement sustainable practices, finding solutions to decrease energy requirements is a top priority. The Air Pear thermal equalizer by Airius offers a range of thermal destratification fans that can help achieve this goal in any working environment.
When heating an internal space, traditional heating systems often have to over deliver in order to replace the heat that naturally rises to the ceiling. This phenomenon, known as thermal stratification, results in layers of different temperatures from floor to ceiling. According to facility experts, thermal stratification is the single biggest waste of energy in buildings today.
Air Pear destratification fans utilize Airius’ exclusive patented Stata technology to effectively and easily equalize internal air temperatures. These fans are easy to install, inexpensive to run, ultra-quiet, and require virtually zero maintenance. With turbine technology, Air Pear fans can be installed in buildings with ceiling heights ranging from 8 to 100 feet, making them suitable for small offices as well as large commercial spaces such as manufacturing facilities, retail stores, grocery stores, and more.
The Air Pear units work by sending air in a tight, direct column to the floor, equalizing temperatures to within zero to three degrees from floor to ceiling and wall to wall. This process of thermal destratification has a significant impact on both new builds and retrofits, as it can dramatically reduce heating costs by over a third in some cases. Additionally, it can also help reduce cooling costs by promoting the circulation of cooled air.
Installation of the Air Pear system is straightforward as there is no need for ducting. These units can work alongside existing heating, ventilation, and air conditioning systems, reducing their cycling time and minimizing wear and tear. By installing the Air Pear system, a building can contribute to its LEED (Leadership in Energy and Environmental Design) rating points, increasing its level of sustainability and decreasing overall energy usage.
The payback period for installing the Air Pear system is remarkably short, with most installations yielding a return on investment (ROI) within 12 to 30 months. In addition to reducing energy costs, implementing the system also helps lower CO2 emissions and carbon footprint. Depending on the location, some installations may even qualify for energy rebate programs offered by local utilities or government initiatives.
The versatility of the Air Pear system allows it to benefit a wide range of working environments. It has been successfully installed in manufacturing facilities, warehouses, automotive facilities, grocery stores, retail shops, pharmaceutical spaces, sports facilities, horticultural spaces, and military facilities since 2004. With over 45,000 units sold, Airius has gained the trust of both private and government organizations, including city and county governments, the Air Force, National Guard, and Army, as well as reputable companies like Whole Foods, Natural Grocers, British Airways, Land Rover, Ford, Johnson Controls, and Pfizer.
By investing in the Air Pear system, businesses can significantly reduce energy costs and embrace sustainable business practices. For more information and to benefit from reduced energy costs, reach out to the thermal destratification specialists at Air Pear by Airius.
Key points:
- Thermal stratification, or the uneven distribution of temperature from floor to ceiling, is the biggest waste of energy in buildings today.
- Air Pear fans by Airius use patented Stata technology to effectively equalize internal air temperatures.
- These fans are easy to install, affordable to run, quiet, and require minimal maintenance.
- Air Pear fans can be installed in buildings with ceiling heights from 8 to 100 feet, making them suitable for various working environments.
- By equalizing temperature, the Air Pear system can reduce heating costs by over a third and cooling costs by promoting the circulation of cooled air.
- Installation is simple, with no need for ducting, and the system can work alongside existing HVAC systems.
- Implementing the Air Pear system can contribute to a building’s LEED rating points and decrease overall energy usage and carbon footprint.
- The payback period for installing the Air Pear system is typically between 12 to 30 months.
- Some installations may qualify for energy rebate programs offered by local utilities or government initiatives.
- Air Pear fans have been successfully installed in various industries since 2004, benefiting businesses in terms of reduced energy costs and sustainable practices.
