About

Highland Park Technologies was launched after an architect and a builder who had performed deep energy retrofits (D.E.R.’s) in the past, connected and realized there had to be a better way to solve the problem of improving energy efficiency in existing buildings. Prior D.E.R.’s performed in New England would require a building owner to take out a mortgage to afford just the shell portion of the retrofit. This made most retrofits not financially viable with traditional methods. Given the urgency of needing to massively reduce society’s carbon output, and with existing buildings representing 40% of current output, the need and opportunity is huge. Our team is a collaboration of architects, builders, craftspeople, digital fabrication experts, and automation specialists. We have one goal, make exterior deep energy retrofits accessible to the largest portion of building owners possible at the best cost.

Who We Are.

Why retrofits.

Residential buildings account for 40% of the energy consumed in the U.S. and 76% of spent electricity. Air leakage and inefficient insulation of the building envelope are primary drivers of building energy waste. Innovative and cost-effective retrofit technologies must be deployed to reduce building energy consumption. In the Northeast, energy waste is exacerbated by the region's harsh winter climates, leading to higher heating demands and increased air infiltration in older homes. According to the U.S. Department of Energy, residential buildings in the Northeast use about 15% more energy for heating compared to the national average. Implementing energy-efficient retrofits can significantly lower energy costs and improve overall building performance in this region.

Meet the team.

Katie Faulkner. Co-Founder, Head Advisor

Evan Smith. Co-Founder, CTO

Christian Borger. Co-founder, R&D Manager

Jarrett Ettori. Sr. Designer, Fabricator

Ben Conary. Sr. Technical Designer

Our partners.

Contact us.

info@hiparktech.com

Email us to request a visit at our Autodesk location:

23 Drydock Ave. Boston, MA