@archinect Beautiful architecture and a major energy opportunity. Airports are large, sun-exposed structures where BIPV facades can generate significant clean energy while meeting FAA glare requirements. The design doesn't have to change. #BIPV#SustainableArchitecture#AirportDesign
@parametricarch Great form from Davide Macullo. Healthcare facilities increasingly pair architectural quality with energy performance. A facade can generate power without compromising design, as Chinook Hospital's 58 kW Mitrex system proves. #BIPV#SustainableArchitecture#GreenBuilding
Railings are one of the most overlooked surfaces on commercial buildings. Mitrex SolaRail integrates solar into balcony and terrace railings, generating up to 390W per panel. Same load ratings, zero maintenance, 60-year lifespan. #BIPV#SolaRail#SustainableArchitecture#NetZero
@archpaper Beautiful campus. Architecture that responds to ecology naturally leads to questions about what else the envelope can do. BIPV integrates solar into cladding panels, so facades generate energy without sacrificing the design intent. #BIPV#SustainableDesign#GreenBuilding
North America's largest BIPV building completed this year at the University of Toronto Scarborough. The SAMIH project: 63,000 SQFT of eFacade PRO, 513 kW, 309,813 kWh/yr. Diamond Schmitt + MVRDV. 20% renewable energy from the facade. #BIPV#SustainableArchitecture#HigherEd
@Architizer Terraced towers create distinct surface area at every level, something sealed facades simply don't. Each of those planes is a BIPV opportunity. Energy and greenery, same envelope. #BIPV#SustainableArchitecture#GreenBuilding
@mbuildinge Good point. Facade cladding must be engineered for vertical applications from the start. Mitrex BIPV panels are wall-native by design, built around facade thermal dynamics and UV exposure. Clean energy generation is the bonus. #BuildingEnvelope#BIPV
St. Mary's University in Halifax started with a 28 kW rooftop solar plan. The eFacade PRO delivered 90.2 kW from just 6,554 SQFT of vertical facade. Custom sea foam green, 73,300 kWh/yr. No roof needed. #BIPV#SustainableArchitecture#GreenBuilding#HigherEd
Clean energy generation from buildings isn't limited to rooftops. Mitrex BIPV integrates solar into commercial facades, replacing cladding while generating electricity. Thousands of square feet of untapped potential on every building. #BIPV#CleanEnergy#SustainableArchitecture
@archinect Corporate HQs like this are increasingly using facades to demonstrate ESG commitments. Mitrex BIPV turns the entire building envelope into an active energy asset without compromising the architectural vision. #BIPV#SustainableArchitecture#GreenBuilding
@Archello Adaptive reuse that prioritizes energy efficiency is the right direction. Mitrex BIPV goes further, turning the facade itself into a clean energy source while maintaining the building's visual intent. #BIPV#AdaptiveReuse#EnergyEfficientDesign
@parametricarch Stunning civic form along Ningbo's waterfront. A ceramic façade that shifts with light and weather shows the building envelope can be more than weatherproofing. BIPV takes that further, generating clean energy from the same surface. #BIPV#SustainableArchitecture#GreenBuilding
@ArchDaily When a Victorian landmark undergoes this scale of transformation, the building envelope becomes an opportunity. BIPV replaces traditional cladding with one that generates energy, adding decades of clean power generation. #BIPV#SustainableArchitecture#GreenBuilding
@designboom Stadiums built for everyday life need facades that work year-round. BIPV turns the building envelope into a clean energy generator without changing the design. Mitrex has done this at scale on institutional and mixed-use projects. #BIPV#SustainableArchitecture#GreenBuilding
@Archello@ThermoryHU Great example of facade aesthetics driving material choice. Mitrex eFacade PRO+ offers wood-grain and stone textures with unlimited custom finishes, plus up to 18W/SF of built-in energy generation. Cladding that pays you back. #BIPV#SolarFacade
Mitrex is building what will be the world's largest BIPV building. The Binghatti Mercedes-Benz Residences in Dubai: 619 kW, 80,450 SQFT of eFacade PRO+, LED-lit panels, MB branding in the facade. 597 MWh/year. #BIPV#SustainableArchitecture#GreenBuilding#SolarFacade
@azahner Exactly right. The facade's potential goes beyond aesthetics and performance. BIPV takes it further by making the cladding itself an energy generator. Mitrex has done this on institutional projects at full commercial scale. #BIPV#NetZero#SustainableArchitecture
@parametricarch Stunning scale. With 700,000 m² of building envelope, this is massive untapped solar potential. BIPV turns facade cladding into a clean energy generator without changing the architectural vision. ⚡ #BIPV#SustainableArchitecture#GreenBuilding
The SunRise in Edmonton transformed a retrofit into a 267 kW energy generator — covering all four facades. The eFacade PRO Custom mural by Lance Cardinal is Guinness World Record-pending BIPV public art. ⚡ #BIPV#SustainableArchitecture#GreenBuilding#Edmonton
Chinook Hospital in Alberta turned a full facade replacement into an energy opportunity. 58 kW of Mitrex BIPV now generates 60,000 kWh annually. Healthcare buildings don't have to just consume energy. ⚡ #BIPV#SustainableArchitecture#GreenBuilding#HealthcareDesign