Chart
Solar roof orientation and tilt yield heatmap
Compare how roof azimuth and tilt affect annual solar yield for Canadian PV planning conversations.
Chart boundary
Does not calculate system output, account for shading, approve interconnection, or replace PV design software.
heatmap
Orientation and tilt yield zones
Use the qualitative heatmap to compare unshaded roof options before moving to city data, PV modelling, string, and interconnection details.
Scopesolar pv and storageX-axisazimuthY-axistiltReviewAnnualNextCanada Solar PV Potential by Province and City
tilt
E
SE
S
SW
W
15 deg
usable
strong
strong
strong
usable
30 deg
usable
strong
ref 100index
strong
usable
45 deg
usable
strong
strong
strong
usable
60 deg
lower
usable
strong
usable
lower
azimuth
Decision table
Show qualitative, normalized yield zones for roof direction and tilt before detailed PV modelling or string calculations.
Scroll sideways to keep row labels aligned with hidden columns.
| Method | Best fit | Watch point | Handoff |
|---|---|---|---|
| South roof plane | Annual yield priority | Shading and roof area still govern | PV design model |
| East / west roof plane | Distributed production windows | Lower peak on each face | Inverter sizing review |
| Flat or low slope | Flexible racking decisions | Wind, ballast, snow, access | Structural and PV design |
| Steep roof | Snow shedding and fixed geometry | Access and orientation limits | Installer site survey |
Notes
- Treat this chart as a planning and conversation aid only.
- Confirm current utility requirements, product markings, manufacturer instructions, and local authority requirements before field work.
- Use the linked calculator or table when the task needs project-specific arithmetic.
Source links
Open the underlying public sources before treating the chart as project guidance.