Product Catalog

BIPV Facade Systems & Material-Offset Planning

Powerglass COM series products are architectural CdTe BIPV glazing systems for commercial facades, spandrel, curtain wall, skylight, railing, and structural glass applications.

Powerglass is specified where conventional exterior envelope materials would otherwise be used, including curtain wall and window wall glazing, spandrel and architectural glass, metal panel cladding, precast or stone-look panels, rainscreen systems, railing infill, skylights, canopies, and specialty facade assemblies.

The result is not a separate solar add-on. It is a building-envelope material substitution: part of the planned facade budget can be redirected toward solar glazing specified as an exterior envelope product and modelled on-site generation infrastructure.

Each product pairs building-envelope glass with thin-film photovoltaic generation, turning long-service-life facade surfaces into energy infrastructure that can live alongside the building investment.

Product selection depends on transparency, colour, structure, facade zone, Canadian climate conditions, safety requirements, and project-specific energy modelling. Pricing and detailed specifications are provided after consultation.

Envelope Material Offset

Specified to replace conventional exterior envelope scopes, helping align solar investment with an existing facade material budget.

Modelled Solar Generation

Daylight-exposed facade surfaces are modelled for on-site generation using project-specific orientation, area, climate data, and product mix.

Canadian Specification Review

Facade zone, wind exposure, thermal performance, condensation risk, drainage, snow and ice conditions, and electrical integration are reviewed for Canadian commercial conditions.

Safety & Code Pathway

Glass build-up, attachment method, electrical routing, access, fire separation, guard or railing use, and AHJ requirements are reviewed against the project code path.

End-of-Life Planning

Specification review can include end-of-life handling and recycling pathways for glass, laminate, frame, wiring, and electrical components where available.

Custom cell density and architect-led facade engineering available on request — request a consultation.

Installation must comply with the National Building Code of Canada 2020, applicable provincial amendments, the Canadian Electrical Code Part I (CSA C22.1), and local authority having jurisdiction (AHJ) requirements. Powerglass supplies product only — installation design, permitting, and inspection are the responsibility of the installing contractor and building owner.

COM-M1

The Powerhouse

COM-M1

The Powerhouse

Spandrel Glass or Aluminum Composite Panels (ACP)

Opaque, high-efficiency black CdTe spandrel module engineered for maximum power density on non-vision facade zones.

NRCan Edmonton reference yield: 55.4 kWh/m²/yr (vertical south, CdTe at rated Pmax). Yields vary with cell density and glaze transparency — opaque spandrel outperforms vision zones.

City-specific yields across Canadian climate zones in the Studies →

Illustrative ~55.4 MWh/yr at 1,000 m² (Edmonton, south-facing vertical).

Supports LEED v4.1 EA Renewable Energy Production when modelled in the whole-building energy study. Material supply only — confirm BIPV contribution with your energy consultant.

Project-specific pricing

Exact framework supply pricing, capital position, and incentive modelling are prepared after a project economics review.

Model this product Request specs

Thickness	6.9mm
Module Size	1600 × 1200 mm
Wp/m²ⓘ	156 Wp/m²
Transparency	Opaque
Wind Load	2400 Pa
Temp Coefficient	-0.189%/°C
Operating Range	-40°C to +85°C

Replaces inert spandrel and ACM with active generation
Ideal for data centers and logistics hubs
CdTe linear shading performance in urban canyons
11 g CO₂/kWh vs 67 g/kWh for conventional c-Si

Featured across all ten Studies — industrial, commercial, institutional, and MDU envelope types. View Studies →

COM-CA2

The Camouflage

COM-CA2

The Camouflage

Natural Stone or Precast Concrete

Semi-transparent architectural laminate with high-fidelity imitation textures — stone and masonry aesthetics with active generation.

NRCan Edmonton reference yield: 37 kWh/m²/yr (vertical south, CdTe at rated Pmax). Yields vary with cell density and glaze transparency — opaque spandrel outperforms vision zones.

City-specific yields across Canadian climate zones in the Studies →

Illustrative ~37.0 MWh/yr at 1,000 m² (Edmonton, south-facing vertical).

Supports LEED v4.1 EA Renewable Energy Production when modelled in the whole-building energy study. Material supply only — confirm BIPV contribution with your energy consultant.

Project-specific pricing

Exact framework supply pricing, capital position, and incentive modelling are prepared after a project economics review.

Model this product Request specs

Thickness	12mm
Module Size	1600 × 1200 mm
Wp/m²ⓘ	104 Wp/m²
Transparency	T20–T60
Wind Load	2400 Pa
Temp Coefficient	-0.189%/°C
Operating Range	-40°C to +85°C

Custom stone, brick, and wood texture emulation
Eliminates expensive natural material sourcing
Integrates into standard curtain wall framing
11 g CO₂/kWh vs 67 g/kWh for conventional c-Si

Featured in Kelowna mixed-use, Calgary HQ, Winnipeg MDU, Vancouver coastal, and Montreal heritage Studies. View Studies →

COM-Z3

The Thermal Barrier

COM-Z3

The Thermal Barrier

High-end Triple-Pane Vision Glass

28mm Insulated Glass Unit with 12mm argon fill and Low-E thermal shield — vision glass that generates power.

NRCan Edmonton reference yield: 40.7 kWh/m²/yr (vertical south, CdTe at rated Pmax). Yields vary with cell density and glaze transparency — opaque spandrel outperforms vision zones.

City-specific yields across Canadian climate zones in the Studies →

Illustrative ~40.7 MWh/yr at 1,000 m² (Edmonton, south-facing vertical).

Supports LEED v4.1 EA Renewable Energy Production when modelled in the whole-building energy study. Material supply only — confirm BIPV contribution with your energy consultant.

Project-specific pricing

Exact framework supply pricing, capital position, and incentive modelling are prepared after a project economics review.

Model this product Request specs

Thickness	28mm
Module Size	1600 × 1200 mm
Wp/m²ⓘ	Confirm at submittal
Transparency	T20, T30, T40
Wind Load	2400 Pa
Temp Coefficient	-0.189%/°C
Operating Range	-40°C to +85°C

Triple-pane thermal performance with BIPV integration
Multiple transparency options for design flexibility
Low-E coating reduces HVAC load year-round
11 g CO₂/kWh vs 67 g/kWh for conventional c-Si

Featured in Kelowna mixed-use and Toronto Class A office Studies. View Studies →

COM-S1

The Structural Shield

COM-S1

The Structural Shield

Skylights, Balcony Railings, and Atrium Glass

17mm dual-layer tempered safety laminate rated for structural applications — safety glass that powers your building.

NRCan Edmonton reference yield: 49.9 kWh/m²/yr (vertical south, CdTe at rated Pmax). Yields vary with cell density and glaze transparency — opaque spandrel outperforms vision zones.

City-specific yields across Canadian climate zones in the Studies →

Illustrative ~49.9 MWh/yr at 1,000 m² (Edmonton, south-facing vertical).

Supports LEED v4.1 EA Renewable Energy Production when modelled in the whole-building energy study. Material supply only — confirm BIPV contribution with your energy consultant.

Project-specific pricing

Exact framework supply pricing, capital position, and incentive modelling are prepared after a project economics review.

Model this product Request specs

Thickness	17mm
Module Size	1600 × 1200 mm
Wp/m²ⓘ	141 Wp/m²
Transparency	T30, T40
Wind Load	2400 Pa
Temp Coefficient	-0.189%/°C
Operating Range	-40°C to +85°C

Structural-grade safety glass certification
Replaces balcony railings with power-generating barriers
Skylight and atrium applications
11 g CO₂/kWh vs 67 g/kWh for conventional c-Si

Featured in Kelowna mixed-use and Winnipeg MDU tower Studies. View Studies →

COM-CBS1

The Designer

COM-CBS1

The Designer

Back-Painted Decorative Lobby Panels

Vibrant colored glazing panels for architectural signature accent sections — landmark design with embedded generation.

NRCan Edmonton reference yield: 31.4 kWh/m²/yr (vertical south, CdTe at rated Pmax). Yields vary with cell density and glaze transparency — opaque spandrel outperforms vision zones.

City-specific yields across Canadian climate zones in the Studies →

Illustrative ~31.4 MWh/yr at 1,000 m² (Edmonton, south-facing vertical).

Supports LEED v4.1 EA Renewable Energy Production when modelled in the whole-building energy study. Material supply only — confirm BIPV contribution with your energy consultant.

Project-specific pricing

Exact framework supply pricing, capital position, and incentive modelling are prepared after a project economics review.

Model this product Request specs

Thickness	11mm / 17mm
Module Size	1600 × 1200 mm
Wp/m²ⓘ	Confirm at submittal
Transparency	T20, T30, T40
Wind Load	2400 Pa
Temp Coefficient	-0.189%/°C
Operating Range	-40°C to +85°C

Full spectrum color customization
Lobby and entrance feature applications
Replaces inert decorative glazing
11 g CO₂/kWh vs 67 g/kWh for conventional c-Si

Featured in Calgary HQ, Vancouver coastal designer, and Montreal heritage Studies. View Studies →

Infrastructure Synergy

BESS & Microgrid Distribution

Complementary clean tech systems to maximize BIPV generation value through storage arbitrage and grid interconnection. Full specifications on request — projects@powerglass.ca.

LFP Battery Energy Storage System

BESS

LFP Battery Energy Storage System

Modular Lithium Iron Phosphate battery storage for microgrid arbitrage, peak demand shaving, and backup power.

Detailed engineering specifications, sizing, and utility interconnection requirements provided on request — email projects@powerglass.ca.

capacity	100 kWh to 2 MWh modular
chemistry	Lithium Iron Phosphate (LFP)
round Trip Efficiency	≥ 92%
cycle Life	6,000+ cycles at 80% DoD

Microgrid arbitrage, peak demand shaving, and backup power for industrial and commercial assets.

Distribution Transformer (Pad-Mount)

Transformer

Distribution Transformer (Pad-Mount)

High-load power grid distribution transformer for BIPV microgrid interconnection in Canadian utility networks.

Detailed engineering specifications, sizing, and utility interconnection requirements provided on request — email projects@powerglass.ca.

voltage Class	15 kV / 25 kV
power Rating	75 kVA to 2,500 kVA
cooling	ONAN (oil natural air natural)
standard	CSA C227.4, IEEE C57.12

Step-down interface between building-integrated generation and utility distribution grid; essential for BIPV microgrid interconnection.

See COM series panels in action across Canadian projects

Eight city-specific case studies with climate-adjusted yields and material offset economics.

Explore Studies →Green Building Programs →