Leading the Way in Low-Carbon Electrochromic Solutions
At SageGlass, we’re advancing the future of sustainable architecture with our commitment to reducing the embodied carbon of our solutions and helping building owners cut operational carbon in the built environment.

How Do Smart Windows Decarbonize Buildings?
Reduce Overall Energy Usage
Lower Peak Summertime Demand
Eliminate Conventional Shading Solutions

FAQs
How do smart windows save energy?
Electrochromic glass can significantly improve the energy efficiency of buildings by reducing loads on HVAC systems. Smart windows respond to changes in the environment, limiting the heat or cold entering the space and helping building owners cut energy costs year-round. Smart windows can help achieve green building certifications.
How much energy do smart windows save?
This varies based on climate zone, size of building, amount of glass, and other project-specific variables. Generally, smart class can reduce energy loads between 5-15% and reduce peak energy loads up to 26%.
Are EPDS, HPDS and embodied carbon information available for smart windows?
You can find SageGlass's EPD and HPD here, along with info on embodied carbon.
How does electrochromic glass compare in terms of sustainability to other solar control solutions?
With the dynamic nature of smart windows, the facade can truly respond to the outdoors to be able to optimize to your building's energy goals. Because the glass has a very low SHGC value in its tinted state, it can prevent excess heat gain and reduce energy consumption from HVAC. Dynamic glass also allows the facade to harness passive heat in climates with significant heat loads.
Don’t just take our word for it.
Dig in to our case studies and explore our proven track record of helping clients advance their sustainability goals.
*64% reduction in embodied carbon of DGUs (North America) between 2020-2024 based on a comparison of the A1-A3 values. 48% less embodied carbon among manufacturers of electrochromic glass in North America.