How it can work
An energy recovery ventilator (ERV) has separate intake and exhaust paths. Intake filtration sits before the air handler; the ERV recovers useful heat and moisture while supplying fresh air and exhausting stale air.
Learning centre
A breath of fresh air.
Understand what the air is doing, then let useful adjustments happen in the background.
Why it matters
Room sensors can follow particles, CO₂, humidity and, with suitable sensors, NOx and carbon monoxide. Outdoor pollen and smoke conditions can help guide when fresh air is most useful.
Explore the connections
Air, at a glance
An energy recovery ventilator (ERV) has separate intake and exhaust paths. Intake filtration sits before the air handler; the ERV recovers useful heat and moisture while supplying fresh air and exhausting stale air.
Review available readings, outdoor conditions and filter status before choosing an action.
Example readings
Air, at a glance
PM2.511 µg/m³
CO₂750 ppm
NOx0.03 ppm
CO0 ppm
Actions and recommendations
Review available readings, outdoor conditions and filter status before choosing an action.
Equipment and options
The intended app experience combines readings, trends and plain-language actions. It could recommend checking a filter, adjusting ventilation or reducing an indoor source, with automatic actions where equipment supports them.
What the design considers
Particle filters do not remove all gases. Sensor choice, ventilation balance and filter pressure drop need professional review. Certified smoke and carbon-monoxide alarms remain independent life-safety devices.
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