A home that feels calmer, because it is more stable.
One thing we consistently hear from homeowners is that Enertia homes feel different. Families living with stress, PTSD, or sensory sensitivity often tell us they feel calmer inside. We don’t credit that to anything mysterious. It comes down to environmental stability you can measure.
Your body is always reading the room.
Sound, light, humidity, and surface temperature all send signals to your nervous system, all day long. When those signals swing and spike, your body stays on alert. When they hold steady, it can relax. An Enertia home is built to keep all four steady.
Stability you can hear, see, breathe, and feel.
EARS
A softer sound
environment
Mass timber walls carry far more mass than a 2x4 and drywall wall, so they move less with wind, traffic, and footsteps. Solid wood also damps sound internally, cutting echo and sudden
sound spikes. Fewer
startles means less load on a stressed nervous system.
EYES
Natural patterns
and real daylight
Wood grain carries the branching, fractal patterns our nervous system evolved around. And every
Enertia home faces south, bringing in morning, midday, and evening light, the main signal that sets
your body clock. When a home follows the sun, it helps the body follow its natural rhythm.
BREATHE
Humidity that
holds steady
Exposed solid wood
absorbs moisture when the air is damp and releases it when the air is dry. Steady,
mild humidity is easier on your airways and supports restful sleep. It also works
against mold, which needs moisture to grow: by soaking up excess moisture, the wood helps keep humidity in the range
the EPA recommends.
Conventional drywall walls don’t buffer moisture this way.
SKIN
Warm, even,
radiant comfort
Your body senses the
temperature of the surfaces around you, not just the air. Thermal mass
slows temperature swings and keeps walls steady and warm, like sun on your face on a cold, windy day. Stable surfaces give your
body one less reason to tense up.
HOW IT WORKS
The sun, the wood, and the earth do most of the work.
1
The Sunspace
Low winter sun pours into the sunspace and warms the interior walls. Warm air rises and draws cooler air in behind it through floor and rafter vents, a natural convection loop with no fans required.
2
Solid Timber Walls
One natural, renewable wall replaces studs, house wrap, sheathing, insulation, and drywall.
That means no hidden wall cavities where moisture can get trapped and mold can grow
unseen. The logs are shaped to shed water, and the mass stores heat by day and releases it slowly at night, so rooms stay even instead of swinging warm and cold.
3
An earth-tempered basement
Several walls sit at least 6 feet below grade, where soil temperature stays far steadier than the outdoor air. The cool concrete helps carry the house through summer, and daily sunlight and fresh air remove the damp, stagnant conditions that make most basements musty.
Because the house holds heat and humidity so well, our heating and cooling units are typically about half the size usually installed in a home of the same square footage.
Not a design trend. Physics and physiology.
60%
Viewing natural fractal
patterns reduced
physiological stress by as
much as 60% in University
of Oregon research.
14%
At about 43% humidity,
only 14% of flu virus from a
simulated cough stayed
infectious after an hour,
versus 70–77% at 23%
humidity or lower (CDC
study).
30 min
Each hour of daytime light
shifted students’ body
clocks about 30 minutes
earlier, even on cloudy
winter days (University of
Washington).
30-50%
The EPA recommends
keeping indoor humidity
below 60%, ideally 30–
50%, because the key to
mold control is moisture
control.
<20%
Wood does not decay
while its moisture content
stays below about 20%.
Keeping the logs dry is
what keeps them sound.
1/2
Roughly half of how
comfortable you feel
comes from the
temperature of the
surfaces around you, not
the air.