Focus on the quality, reputation, and reliability of a SIPs manufacturer rather than just their location. A manufacturer far away may still provide better products, service, and value compared to local options.

Architects and builders continue to innovate with structural insulated panels (SIPs), proving the benefits of affordable, healthier, and more resilient homes.

We know that decarbonization requires electrifiction, and we know that heat pumps work in many situations. But many people still wonder: Will heat pumps work in cold temperatures?

Together we are  building demand for zero energy homes by arming consumers and professionals with resources to plan their own path to zero

Building materials and equipment play a key role in the efficiency and affordability of zero energy buildings. This is why we’re proud to introduce the Zero Energy Project Product Directory to help builders identify appropriate products and to stimulate the supply chain to provide products that will draw the building sector toward greater energy efficiency.

No need to wait: Homebuyers and sellers can require energy efficiency scores and upgrades now

The double-stud wall is a well-established method for creating a very economical, durable, and high R-value assembly in new construction.

When a tree falls on their beloved home, the Bakers get on the path to zero while teaching others along the way.

New opportunities to expand truly affordable rental housing - building low cost zero energy ADU’s – sometimes referred to as in-law apartments, garage apartments, attic apartments, tiny homes, or casitas. But how to make them truly affordable?

Hint: The Answer Goes Beyond Green Building Buzz Words

Because they are affordable, small homes are attractive to many younger homebuyers as well as retirees who are downsizing. Small homes are also more energy efficient. Whether you’re in a new smaller zero energy home or an existing small home, these interior design tips will help you live big in a smaller space.

The top building material categories that account for most embodied carbon in home construction include concrete, rebar, insulation, glazing, and finishes. There are proven low-embodied-carbon solutions that can be broken down into three main categories: whole-building design, one-for-one material substitution, and specification. In general, whole-building design solutions can drive the greatest embodied carbon savings along with following low-embodied-carbon best practices throughout the building design and construction process.