Technology & Quality

The science behind the glass.

CdTe Power Glass combines thin-film photovoltaics with architectural safety glass — certified, durable, and engineered for Canadian conditions.

How it works

Thin-film cadmium telluride, laminated into glass.

A microns-thin CdTe semiconductor layer is deposited onto glass and sealed between additional tempered panes. Sunlight — including diffuse and low-angle winter light — frees electrons in the film to produce electricity, while the surrounding glass provides structure, insulation and weather protection.

Because the active layer covers the whole pane uniformly, there are no hot spots and no localized overheating — a common failure point in conventional silicon panels.

Semi-transparent CdTe Power Glass curtain wall
Safety & environment

Safe to live with — and to recycle.

The cadmium in CdTe is locked in a stable compound. Independent research confirms it stays put — in fire, in breakage, and at end of life.

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Stable in fire

CdTe melts at 1041 °C — above typical flame temperatures. Softened glass encapsulates the film; cadmium loss stays below 0.04%.

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No leaching when broken

CdTe is insoluble in water and weak acids. Even if a pane breaks outdoors, leaching in neutral water is negligible.

♻️

Recyclable at end of life

Professional recycling recovers >99% of cadmium and high-purity tellurium, achieving effectively zero cadmium emissions.

CdTe photovoltaic modules are explicitly exempt under EU RoHS Directive 2011/65/EU and can be freely traded internationally.

Power Glass roof in winter
Built for Canadian winters

Sheds snow, shrugs off hail.

The glass-integrated film absorbs visible and infrared light and warms quickly even in diffuse winter sun, so snow slides off faster — cutting snow-related losses to under 1.5% a year versus 3–7% for conventional panels.

  • ≥5400 Pafront load (façade up to 7200 Pa)
  • Ø35 mmhail impact resistance
  • Class Afire-resistance rating
  • CSA / IECA440 · ASTM E330 · 61730
Lifetime economics

A 50-year asset, not a 25-year panel.

Modelled on a 10 MW Alberta project versus crystalline silicon.

≈0.019

CAD/kWh levelized cost — 17–20% below silicon.

+10%

More first-year generation at equal capacity.

0.5%/yr

Annual degradation vs. 0.7% for silicon.

50 yr

Proven generating life — roughly double silicon.

Warranty

Backed for decades.

10-year product

Materials and workmanship warranty under an ISO 9000 quality system.

25-year power

Guaranteed ≥85% of nameplate output at 25 years, tested to IEC 60904.

Project-grade options

Financing-friendly terms with self-explosion clauses and power-shortfall compensation for large projects.

Want the full technical & safety documentation?

We can share certification reports, test data and project case studies on request.

Request documentation