Energy Calculator
Get a Quote
Building
Location
Performance
Product
Details
Step 1 of 5
What type of building is this for?
Select your building type so we can model the right energy profile.
🏢
Residential
Multi-unit residential building — condo, apartment, townhome
🏛
Commercial Office
Office or commercial building with mechanical cooling
Step 2 of 5
Where is the building located?
Climate zone affects solar heat gain and cooling requirements.
🌃
Lower Mainland
Vancouver, Surrey, Burnaby, Richmond
🏝
Vancouver Island
Victoria, Nanaimo and Island communities
⛰️
Interior BC
Kamloops, Kelowna, Okanagan region
🏔
Northern BC
Prince George, Terrace, northern communities
🏙
Ontario
Toronto and Southern Ontario (climate zone 6)
Step 3 of 5
How would you describe the building?
This determines baseline window specs and energy assumptions.
🏘
Existing Building
Older construction, single-pane windows
🏡
Code Minimum
Current building code, double-glazed
⭐
High Performance
Energy Star or better, triple-glazed
Step 4 of 5
Choose your Habitat Screen fabric.
Higher weave density blocks more solar heat. All fabrics maintain outward visibility.
80% Weave Density
SunTex 80
Good balance of shade and visibility. Blocks 80% of solar heat.
UV Block: 80%View: Excellent
90% Weave Density
SunTex 90
Enhanced solar protection with good outward visibility. Most popular.
UV Block: 90%View: GoodBest Seller
95% Weave Density
SunTex 95
Maximum solar protection for sun-facing facades. Blocks 95% of heat.
UV Block: 95%View: ModerateMax Savings
Step 5 of 5
Fine-tune your estimate.
All fields optional — smart defaults are applied based on your selections.
Building Details
Default: 3,160 m²
Default: 4
For payback calculation
Window & Orientation
HVAC & Energy Rates
Your Report
Get a Quote
Your Personalized Results
Your Habitat Screen Impact
With Mechanical Cooling
Ready to protect and conserve?
Connect with a Talius authorized dealer for a custom quote.
Get a Quote →All values are approximate, based on building archetypes from parametric energy modelling by Focal Engineering. Actual performance depends on building design, operation, and conditions.