BIPV
November 5, 2025

eFacade TILT is a breakthrough in design-integrated photovoltaics. It goes beyond surface coverage to offer solar performance through angular design—adding geometry, motion, and energy to vertical walls. Installed with custom mounting hardware, each unit is designed with a unique mounting system that enables nine distinct tilt levels, introducing dynamic shadows, variable depths, and enhanced solar exposure.
Architects can now shape solar energy into the building’s identity, combining visual impact with practical output—all in one unified system.
TILT’s signature feature is its angled orientation, which:
Installed via our CladiShield™ (rainscreen) system and available in 23 colours, TILT balances engineering flexibility with architectural expression.
Whether applied to accent a curtainwall, animate a façade, or form a full building skin—TILT introduces new tools for solar-integrated design.
Each eFacade TILT unit uses a dual-glass composition:
Architects can specify custom colour combinations across the 23 standard hues—uniform for cohesion or gradient for creativity. The resulting array offers lasting performance and weather resistance, with no compromise on design intent.
Despite its sculptural appearance, TILT is built for efficiency in installation and long-term performance:
This makes TILT as buildable as it is beautiful—delivering solar energy generation and building envelope innovation in one streamlined envelope.
With eFacade TILT, Mitrex brings together solar logic and architectural language. The result is a product that enables design decisions to carry real energy value—turning building envelopes into tools of sustainability and expression.
On anything from commercial buildings, new builds, skyscrapers to institutional retrofits, TILT helps elevate façades into power-generating surfaces that shape space, identity, and performance.
News & Articles

This blog explores how Mitrex’s modular design, engineered mounting systems, and project-tested flexibility enable seamless solar integration with aging or occupied buildings. Use real retrofit case studies like the Loyola Residence at St. Mary’s University and 1154 Wilson Avenue, we show how BIPV can modernize façades without compromising aesthetics, performance, or occupants’ comfort.

This blog explores how Mitrex’s modular design, engineered mounting systems, and project-tested flexibility enable seamless solar integration with aging or occupied buildings. Use real retrofit case studies like the Loyola Residence at St. Mary’s University and 1154 Wilson Avenue, we show how BIPV can modernize façades without compromising aesthetics, performance, or occupants’ comfort.

This blog explores how eFacade LITE’s lightweight system is ideal for decarbonization and retrofitting/renovating aging facades - reducing operational costs, meeting ESG goals, all while providing a visually appealing facade.

This blog explores how eFacade LITE’s lightweight system is ideal for decarbonization and retrofitting/renovating aging facades - reducing operational costs, meeting ESG goals, all while providing a visually appealing facade.

This article explores how Mitrex solar facade systems go beyond typical photovoltaic performance by offering a true lifetime warranty—delivering sustainable energy, reliability, and architectural value from installation onward.

This article explores how Mitrex solar facade systems go beyond typical photovoltaic performance by offering a true lifetime warranty—delivering sustainable energy, reliability, and architectural value from installation onward.