Passive House is an increasingly popular low-energy standard. Passive Houses must be airtight (0.60 ACH at 50 Pascals) and low energy (4.75 kBTU/ft2/year max heating and cooling demand and 38 kBTU/ft2/year maximum primary demand) — requirements that slash energy demand by about 90%. Due to increasing popularity of Passive House, media mentions like this mini-series in The Tyee — are becoming more common.
Folks in Cleveland aren’t going to watch the economy leave with Mr. James. They’re working on a future-forward demonstration built to what’s heralded as the world’s most rigorous energy standard for homes. The Passive House, referred to as SmartHome Cleveland, was designed by Chuck Miller of Doty & Miller Architects and will be built on the grounds of the Cleveland Museum of Natural History.
Rebecca Guymon and Joe Turner are the owners of Breezeway House – the first certified Passive House in Utah and in the western United States. They’re unique because only a handful of these ultra-insulated, airtight, low-energy homes exist in the United States. So I asked Turner to share his experience building and living in a Passive House and he was kind enough to respond. This is mandatory reading for anyone interested in owning a Passive House.
The small town of Oroville — north central Washington four miles from the border — has big aspirations. A developer has plans to build the first Passive House hotel in North America, according to Examiner.com.
The scaffolding is down and progress is being made on what could be the first Passive House in New York, according to Curbed NY. The mixed-use project is located in the Williamsburg area of Brooklyn at 174 Grand Street and designed by Loadingdock5, an architectural studio from the same neighborhood.
Last April we mentioned a noteworthy project called the Passive House in the Woods. It’s a Wisconsin home with carbon-neutral ambitions designed by Tim Delhey Eian of TE Studio. It’s also the first Passive House in the state. PHitW meets the requirements of the Passive House standard, i.e. ultra-tight envelope, high efficiency heating and cooling, and minimal energy demand.