Construction on this new residence started in spring 2016; the Pro Tour will offer a chance for participants to see the way the project has come together, while the building process is still underway. This home serves as an example of residential construction that strategically employs standard building materials and techniques to meet the passive house standard.
This tour gave attendees a chance to see a finished Passive House in northern New Hampshire, giving them insights into the building process and the performance data. Attendees also toured a water-powered sawmill that has been in continuous operation since 1856.
At the third and final Pro Tour of the first Passive House in Wayland, more than 75 attendees will got to see the finished product now that systems are up and running.
This Pro Tour took us through a mixed-use site featuring residential green building methods in a small-scale agricultural setting. The event featured three distinct residences (a main house, a guest house, and an apartment) built with the guidance of Passive House and Net Zero principles.
This Pro Tour will brought participants into the forest of southwestern Vermont to walk through the innovative, Leed Platinum Certified Burr and Burton Academy Mountain Campus (BBAMC). Since its completion in 2012, BBAMC has been functioning as an immersive satellite campus where students can learn about environmental science and sustainable, green building principles.
With construction on these two buildings recently completed, the August 2016 ProTour was a chance for participants to see the finished products, after occupation and with systems up and running. The tour included a walk-through of both sites, as well an overview of the LBC certification process, and a Q & A with members of the team that made these projects a reality. Because there are currently only eight certified LBC projects in the world, this tour provided a rare opportunity to hear from people working to the meet the LBC criteria.
Our June 17 Pro Tour in Pulaski, NY featured one of the first net zero homes in Central/Western NY. This isn’t your typical net zero design – traditional stick building elements were combined with the age-old craft of timber framing to form the bones of the project. Natural lighting, on-site PV array, and a design allowing winter passive solar heat gain and summer shade are just the tip of the iceberg.
On June 03, 2016, NESEA held our first-ever Pro Tour in Connecticut. Attendees took a mid-construction tour of Waystone Farm on an 8-acre parcel in North Guilford, Ct; a project inspired by a Connecticut couple’s lifelong dream to leave as small a footprint as possible while also being as self-sustaining as they can; from an energy standpoint but also in terms of living off their land.
The Abbot Mill complex consists of 13 former woolen mill buildings dating from the late 1800s, now on the National Register of Historic Places in Westford, MA. This Pro Tour showcased the six years of work that it took to rehabilitate this historic industrial property into a modern, high-performing residential complex.
This Pro Tour will took attendees to the Melpet Farm Residences, a recently completed affordable housing community in Dennis, MA. These homes were built to near Net Zero standards despite the intensely regulated pricing of affordable housing units.
This Pro Tour will featured one of the largest Passive housing projects in the United States, that also manages to meet the aggressive affordable housing cost cap set forward by the Maine State Housing Authority.
On April 1, NESEA kicked off the 2016 Pro Tour Series with an event on Martha's Vineyard. After braving the rain to arrive in Vineyard Haven, attendees spent the afternoon touring two recently completed high-performance houses. The first house was a completely new structure, purpose-built to incorporate high performing energy systems and materials. The second house was a deep energy retrofit, where an existing house was reworked to become a net zero home. Attendees heard about the different approaches to these projects, which required different strategies to achieve the same energy goals... Full Description