Watch this webinar, presented on September 29, 2016, to gain tips for modeling ENERGY STAR homes cost-effectively and to offer greater cost-savings to your builder clients. Contact the ENERGY STAR team to receive a recorded copy of the webinar.
Earlier this year, the ENERGY STAR Residential New Construction program launched a new look and feel for our marketing and outreach materials, along with a paid media campaign. This webinar, presented on September 23, 2021, provides an overview of what EPA has seen as a result of the new materials and campaign and provides an overview of what’s coming next. You’ll also get a sneak peek of the video that we’ve created to celebrate the program’s 2 million+ home milestone. You won’t want to miss the celebration!
Join us as we kick off the 2021 ENERGY STAR Residential New Construction Partner Meeting Webinar Series. This session, presented on September 21, 2021, provides updates on the program’s key initiatives and successes over the past year and look ahead to what’s on the horizon for the remainder of 2021, 2022, and beyond. Contact the ENERGY STAR team to receive a recorded copy of the webinar.
This webinar, presented on October 20, 2021, is designed to get partners up to speed with the Version 3.1 program requirements. It demonstrates how to run a v3.1 compliance report for any home, identifies key efficiency measures used to hit the v3.1 ENERGY STAR ERI Target in Maine, and reviews the v3.1 implementation timeline.
Over the last 10 years, national model energy codes have advanced significantly. Though not adopted in all states, these codes have shown that higher levels of performance are achievable and cost-effective. Even in states where code adoption has lagged, builders’ construction practices have continued to advance. Listen to this session, presented on September 27, 2021, to learn how we intend to raise the bar by incrementing the Single-Family New Homes v3.x and Multifamily New Construction v1.x series of program requirements, moving the industry forward in states with both lagging and leading codes.