The exterior of the home from the public street.

pHdesign Becomes Accelerator Partner

We’re excited to announce that pHdesign has become our latest Accelerator Partner! Founded by Hilary Padget and Anthony Harrington, pHdesign is a full-service architecture practice based in New York City. They provide sustainable design solutions for residential, commercial, and mixed-use projects. Though the firm is based in Manhattan, their portfolio includes projects up and down the East Coast and as far away as Illinois and northern Michigan (see Burnt Angle House below).

pHdesign credits their success to a marriage of modern design with functionality, beauty, and passive principles. As a result, their projects not only match the vision of their clients, they also are more energy efficient and have less of an impact on the environment.

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The Burnt Angle House

The Burnt Angle Passive House is located in Northport, Michigan. It offers breathtaking views of Lake Michigan year-round and keeps its inhabitants warm and cozy even in the depths of winter. In fact, when the heating went out due to a mechanical failure a few winters ago, the interior temperature of the house remained more or less the same for at least a week. When asked exactly when the heat went out, the owners said they weren’t sure. “It had taken them a while to even realize that the heat wasn’t on,” Padget says.

Read the Case Study!
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A Passive House Retrofit in Brooklyn

pHdesign is in the final stages of completing an EnerPHit retrofit of a townhome in Brooklyn’s famed Park Slope neighborhood. You can learn more about the project by checking out an article where they describe some of the most important steps in planning a Passive House retrofit and how they applied those steps during the retrofit process.

See the Transformation!

Padget and Harrington have also recently been exploring novel ways to build high-performance, middle-income homes. As Padget explains, there is an affordable market for multifamily homes that are built to Passive House standards, as well as a market for high-end, custom homes that meet the rigors of Passive House, but very few projects that cater to middle class families. “We’re trying to fill that void,” she says.

They’ve found that forming partnerships with developers rather than functioning as service providers affords them more of a say in allocating funds and setting projects’ performance targets. This also allows them the opportunity to work more closely with manufacturers of prefabricated panelized systems and to urge them to push their limits when it comes to making a robust air barrier. A lot of manufacturers are already making products that are above code-level, and Harrington has found that that many are interested in learning how to adapt their products to make them capable of hitting Passive House levels of performance.

“They’re willing to pivot with us and that’s promising,” Harrington adds.

Ultimately, they hope this approach gives them the opportunity to create more market-rate, high-performance homes that fall within the budget of more families. They will be testing this model in a future development in the Catskills.

Construction is expected to begin on a project in the Catskills region of New York that pHdesign believes will demonstrate the efficacy of this approach. By working with rather than for developers, they will have more control over the outcome of the project.
Construction is expected to begin on a project in the Catskills region of New York that pHdesign believes will demonstrate the efficacy of this approach. By working with rather than for developers, they will have more control over the outcome of the project.

In addition to being Passive House practitioners, Padget and Harrington are also educators. They helped develop a curriculum about Passive House design for the New Jersey Institute of Technology. According to Padget, the aim of the course is to first introduce the students to the fundamental concepts of passive design and energy modeling using designPH. Students then learn how to analyze a project, get a baseline understanding of how it performs, and then think about innovative ways to redesign it and make it more efficient. “We want them to think more about how the building is functioning and how it ties into Passive House concepts,” Padget says.

You can learn more about pHdesign by visiting their website.

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