Built for Efficiency.
Backed by Data.
Proven Performance
Traditional HVAC and cooling systems waste enormous energy battling recirculated air and
poor thermal conditions. EFT’s patented airflow solutions harness exhaust and ambient air to stabilize system performance, improve efficiency, and reduce electrical demand. From data
centers to residential buildings, our integrated systems deliver measurable
gains in cooling capacity, COP, and equipment longevity.
Quick Facts::
- Energy Efficient - Reduce peak kW and kWh consumption.
- Versatile Integration - Compatible with all major HVAC manufacturers
- Reliable Performance - CFD-validated airflow ensures stable, balanced operation and extended system life..
- Sustainable Impact - Lower carbon footprint through improved efficiency and reduced heat waste.
Engineered for Measurable Results
EFT’s airflow systems have been validated through Computational Fluid Dynamics (CFD) modeling and field-tested in real-world installations. Each solution is engineered to reduce energy consumption,stabilize temperature conditions, and restore equipment to its designed capacity.
Our patented integrate seamlessly with existing HVAC, chiller, and heat pump systems—delivering quantifiable gains across multiple applications.
Built for Every Application
Higher efficiencies, greater capacities, and improved reliability.
Proven Across Every Environment
Data Centers:
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Commercial:
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Residential:
Efficient comfort, engineered into the foundation.
Compact plenum and pad systems recover heat from exhaust air to boost HVAC performance without increasing energy demand. CFD modeling confirms stable mixed-air
temperatures across outdoor conditions from 0°F to 100°F.
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Based on Simple Science. Built for Efficiency. Backed by Data
Every system we design begins with a simple goal—move air smarter. Whether you’re planning a new installation or retrofitting an existing system, EFT’s engineered airflow solutions deliver proven, repeatable results.
Our team can model your system’s performance, identify airflow inefficiencies, and design an integrated solution that reduces energy use while extending equipment life.