Decarbonized building systems refer to mechanical, electrical, and plumbing (MEP) solutions that are designed to minimize or eliminate carbon emissions. These systems rely on energy-efficient technologies and electrification—often powered by renewable sources—to replace fossil-fuel-dependent infrastructure in heating, cooling, ventilation, and domestic water systems.
Building systems are a major contributor to operational carbon emissions. Decarbonizing them is essential for meeting global climate goals, reducing long-term energy costs, and complying with emerging building codes and performance standards aimed at carbon neutrality.
In both new construction and retrofits, project teams deploy decarbonized systems such as all-electric heating and cooling, solar-ready electrical infrastructure, and building automation for demand response. These systems are increasingly favored in schools, multifamily housing, offices, and government buildings.
Decarbonized building systems are like giving your building a cleaner set of lungs—powered by electricity and smart tech instead of fossil fuels.
The D.TO platform helps architects and engineers make informed decisions about decarbonized building systems early in the design process. By analyzing material impacts and system compatibility within the BIM environment, D.TO streamlines the path to carbon-efficient building performance.
