Operational Efficiency Assessments
Heat Stratification: The Invisible Cost of Wasted Energy
In high-bay industrial environments, heat naturally rises and stays trapped at the ceiling where it provides no benefit. This vertical temperature gradient creates an invisible drain on your budget. EvenAir redirects this wasted thermal energy back to the occupied floor level, physically balancing your facility's climate and significantly reducing HVAC operational overhead.
The Science of Efficiency
Thermal Engineering Process
01
Identify Stratification
Industrial facilities naturally trap heat at high ceiling levels while floors remain cold. Our wall-mounted sensors detect these precise thermal layers to map waste.
02
Aero-Dynamic Mixing
EvenAir high-bay wall units generate controlled laminar induction, pulling the high-altitude thermal energy into a focused air column for redistribution.
03
Floor-Level Delivery
The warm air is precision-directed to the ground level, maintaining uniform temperatures and eliminating cold spots in large industrial bays.
System Engineering
Engineered Components
- Airfoil Housing: Durable, heavy-duty industrial framing designed for secure mounting in high-bay transition zones.
- Precision Nozzles: Calibrated discharge outlets that precisely target occupied levels to remove hot and cold spots.
- Direct-Drive Motor: High-performance, maintenance-free motor optimized for continuous industrial destratification.
- Industrial Sensors: Integrated thermal sensors monitoring floor-to-ceiling variance for automated efficiency.
