Electrification and Energy Codes Primer
Buildings make up almost 40 percent of global greenhouse gas emissions. Technologies that decarbonize ourbuilding stock can provide a massive opportunity to mitigate the impact of climate change and…
Enhancing Building Energy Resiliency Through Building Performance Standards and Energy Codes
Buildings are confronting heightened vulnerabilities due to the shifting climate, resulting in amplified risks such as extreme weather events, rising temperatures, and energy supply fluctuations.…
Energy Code Triggers for Existing Buildings
As states advance their commitments to building decarbonization and electrification, it is important to reevaluate our perception of existing buildings and their corresponding energy consumption…
Aligning Building Performance Standards and Energy Codes
This resource explores how several jurisdictions have successfully aligned their energy code updates with building performance standards, looking at both existing and new buildings. It will…
Advancing Virtual Power Plants Through Energy Codes
This brief will look at the components of a VPP, explore national model code provisions that advance VPP technology, and provide examples of states that have adopted VPP provisions in their energy…
Carbon Footprint of Buildings: Reducing Embodied Carbon
In essence, embodied carbon accounts for the carbon footprint of a product or building, not just during its operational phase but through its entire existence. Studies have shown that embodied…
IRA Fact Sheet
The Inflation Reduction Act (IRA) sets the United States on course to reduce greenhouse gas emissions by 40 percent by 2030. In total, the act includes $369 billion for climate action and energy…
