Pan-Canadian photovoltaic optimisation
From Vancouver Island rooftops to prairie utility arrays, we create layouts that capture irradiance while managing snow load, albedo, and maintenance access.
Clean energy solutions informed by Canadian realities
EcoVerdanos designs solar, wind, and hybrid clean energy layouts that balance resource availability, community goals, and system performance analysis. Each solution is modelled using localised data and validated through operational prototyping.
Wind farm siting and wake mitigation
Our wind solutions consider terrain, seasonal turbulence, and wildlife corridors. The result is optimised spacing, wake control, and reliable output.
Integrated solar-wind-storage ecosystems
Hybrid clean energy configurations combine generation and storage to stabilise remote operations, mining centres, northern communities, and industrial hubs.
Use case highlights
Our solutions span residential cooperatives, commercial facilities, and regional developments, always tuned to Canadian climates.
Residential cooperatives
Designing community solar with battery support for suburban and rural neighbourhoods, emphasising safety, net-metering compliance, and occupant education.
Commercial campuses
Deploying rooftop and carport systems with thermal and load management features that align with corporate sustainability strategies.
Regional integration
Supporting municipal and provincial transition plans with grid-scale solar-wind diagnostics and long-duration storage assessments.
Optimisation focus matrix
| Solution | Primary objective | Key analytics | Outcome |
|---|---|---|---|
| Solar arrays | Maximise irradiance capture | Shading analysis, snow mitigation, inverter health | Higher seasonal stability |
| Wind precincts | Stabilise energy yield | Wake modelling, icing risk, SCADA diagnostics | Reliable turbine availability |
| Hybrid systems | Balance multi-source outputs | Dispatch optimisation, storage cycling, microgrid control | Resilient clean-power evaluation |