This Designation will cover the compelling trends of codes, standards and voluntary programs that will drive interest and requirements for an accounting of both the operational and embodied carbon of the materials and processes used in building new homes.
Participants will then learn the essentials of the latest carbon accounting tools and how they can be used to design homes and select materials and methods that optimize the carbon implications over the next 20 to 30 years for individual homes.
This Designation will cover the compelling trends of codes, standards and voluntary programs that will drive interest and requirements for an accounting of both the operational and embodied carbon of the materials and processes used in building new homes.
Participants will then learn the essentials of the latest carbon accounting tools and how they can be used to design homes and select materials and methods that optimize the carbon implications over the next 20 to 30 years for individual homes.
Earn an EEBA certificate and differentiate yourself from the competition.
$359.00
Net Zero Carbon Building Prof...
$99.00
High Performance Mechanicals ...
$395.00
Healthier Homes Awareness for...
$229.00
High Performance Builder Desi...
$99.00
Site Supervisor Designation
$229.00
High Performance HVAC Contrac...
$39.00
HERS Associate Course
$329.00
Zero Energy Building Professi...
2024 Summit Session Highlight
The Role Required to Accelerate and Scale Zero Energy Homes of The Future Today
The role of production builders, utilities and program implementers must work in concert to drive market transformation in the residential building industry. This session will include a lively discussion about strategies and innovations needed to scale high performance homes across the country. We will discuss best practices from national builders and utility representatives including a focus on innovative utility rebate programs and national building standards that support high performance construction. Industry trends such as advancing codes, healthy homes, electrification, and decarbonization will fold into the discussion. We will look into the crystal ball and highlight the role of microgrids, solar + storage, the electric home as a load management asset for the grid, V2X and how these technologies will provide homeowners emotional equity in the comfort of having a resilient and energy efficient home.
The role of production builders, utilities and program implementers must work in concert to drive market transformation in the residential building industry. This session will include a lively discussion about strategies and innovations needed to scale high performance homes across the country. We will discuss best practices from national builders and utility representatives including a focus on innovative utility rebate programs and national building standards that support high performance construction. Industry trends such as advancing codes, healthy homes, electrification, and decarbonization will fold into the discussion. We will look into the crystal ball and highlight the role of microgrids, solar + storage, the electric home as a load management asset for the grid, V2X and how these technologies will provide homeowners emotional equity in the comfort of having a resilient and energy efficient home.
As jurisdictions across the country consider electrification policy, industry understanding of their electric options for heating and cooling is increasingly important.
Attendees of this course will learn the benefits of innovative electric heating and cooling technologies, for examples:
- Greenhouse gas (GHG) emission reductions from the building sector as a result of displacing natural gas, propane combustion and oil heating.
- Increases in electrical efficiency as a result of replacing using innovative systems such as ductless minisplits and ground source heat pumps
- Utility bill savings for ratepayers as a result of technology efficiencies and the ability to shift electric consumption to parts of the day when renewable energy resources are abundant and electricity prices are lowest.
- Concepts such as dual-fuel heating and cold climate heat pumps.
Attendees will be familiarized with the various types of heating and cooling systems.
As jurisdictions across the country consider electrification policy, industry understanding of their electric options for heating and cooling is increasingly important.
Attendees of this course will learn the benefits of innovative electric heating and cooling technologies, for examples:
- Greenhouse gas (GHG) emission reductions from the building sector as a result of displacing natural gas, propane combustion and oil heating.
- Increases in electrical efficiency as a result of replacing using innovative systems such as ductless minisplits and ground source heat pumps
- Utility bill savings for ratepayers as a result of technology efficiencies and the ability to shift electric consumption to parts of the day when renewable energy resources are abundant and electricity prices are lowest.
- Concepts such as dual-fuel heating and cold climate heat pumps.
Attendees will be familiarized with the various types of heating and cooling systems.
Log in with Google 
Log in with LinkedIn