Our Story
EcoSnap was founded with a simple idea: heating and cooling should be easy. Traditional HVAC systems can be expensive, complicated to install, and require specialized knowledge. We knew there had to be a better way.
It all started when our founder Diana Fisler noticed a gap in need and available skill in the building science space. People were limited in their heating options due to the skill required for different types of HVAC installations. From there, our team of engineers set out to build a heat pump system that anyone could install—no specialized tools, no complex setups, just fast, reliable comfort.
Based on patented technology from the National Renewable Energy Lab, EcoSnap began development of a commercial prototype. After 14 months of research and development, we installed the first EcoSnap prototype unit in 2023. Since then, we’ve been iterating on our initial invention and partnering with various groups to furnish their spaces with efficient, hassle-free heating and cooling. Today, we continue to push the boundaries of what’s possible, making heat pumps more accessible, more effective, and more sustainable.
Our mission is simple: Make heating and cooling effortless, efficient, and accessible for everyone.
FAQs
Is installation really that easy?
Yes! Our system is designed for a hassle-free installation process. Most homeowners can have it up and running with minimal effort—no major renovations required.
How does this compare to a traditional HVAC system?
Traditional heating systems generate heat using fuel or electricity, while heat pumps transfer heat, making them far more efficient. Our system improves on traditional heat pumps by simplifying installation and increasing efficiency.
What does the installation process look like?
The installer will first work with you to decide where to place the system to fit your needs. Next, the brackets that hold the indoor and outdoor units will be installed on the wall. Then, the units will be hung from their respective brackets. The special EcoSnap connector will then be put into place and activated to connect the refrigerant and electric line bundle. Finally, you will seal area between the indoor and outdoor unit and turn on the system.
