Philippe Campus, Architect designs homes which are remarkably comfortable in all seasons, have superior indoor air quality, are built better, and are very economical to live in. Going beyond conventional houses, by combining respect for the site and focus on views and privacy, with attention to minimizing indoor pollutants, maximizing renewable energy, makes for great houses which can also easily become Net Zero homes, or Passivehouses, the ultimate protection against inflation.
Energy Efficient Home The clients were looking for an architect with a track record of very energy efficient designs. They wanted to build a 4 bedroom single family, very low energy house with a traditional exterior, a conservatory, and informal interior spaces with "craftsman style". Ft., 2 story Passivehouse on long Island sound is shaped in part by zoning constraints, such as a total footprint of less than 1,580 Sq.
Ft including garage, balcony and covered terrace. The building walls and roof.
Energy Efficient Home The clients were looking for an architect with a track record of very energy efficient designs. They wanted to build a 4 bedroom single family, very low energy house with a traditional exterior, a conservatory, and informal interior spaces with "craftsman style". Ft., 2 story Passivehouse on long Island sound is shaped in part by zoning constraints, such as a total footprint of less than 1,580 Sq.
Ft including garage, balcony and covered terrace. The building walls and roof.
Services
A Passive House is a comprehensive design and construction system which lowers energy consumption by up to 85%.
Virtually air-tight construction and superior insulation maintain habitable interior temperatures in freezing or very hot weather, even without power, for long periods of time.
Shading and window orientation, and with high performance windows, avoids excessive heat gains and losses, and further limits cooling.
An integrated design and energy modeling approach, provides predictability-an essential tool in optimizing mechanical system performance and providing more comfort.
Virtually air-tight construction and superior insulation maintain habitable interior temperatures in freezing or very hot weather, even without power, for long periods of time.
Shading and window orientation, and with high performance windows, avoids excessive heat gains and losses, and further limits cooling.
An integrated design and energy modeling approach, provides predictability-an essential tool in optimizing mechanical system performance and providing more comfort.
The clients were looking for an architect with a track record of very energy efficient designs.
They wanted to build a 4 bedroom single family, very low energy house with a traditional exterior, a conservatory, and informal interior spaces with "craftsman style" accents; all the while keeping the construction budget under control.
The clients owned a unique property overlooking protected tidal marshes on the New England coast.
Upgrading to a full passive house and Net Zero where initially just on their wish list.
They wanted to build a 4 bedroom single family, very low energy house with a traditional exterior, a conservatory, and informal interior spaces with "craftsman style" accents; all the while keeping the construction budget under control.
The clients owned a unique property overlooking protected tidal marshes on the New England coast.
Upgrading to a full passive house and Net Zero where initially just on their wish list.
Ft., 2 story Passivehouse on long Island sound is shaped in part by zoning constraints, such as a total footprint of less than 1,580 Sq.
Ft including garage, balcony and covered terrace.
The building walls and roof are made of prefabricated SIPS panels, with a 24 wall applied on the inside of the SIPS for piping and wiring.
This reasonably priced assembly has an R 50 overall insulation with a thickness of just 10.
The SIPS shell was erected in just 4 days, saving 5 weeks of building framing.
With high performance windows and airtight construction, a single two ton mini-split heat pump was a good fit for the low heating and cooling needs.
Ft including garage, balcony and covered terrace.
The building walls and roof are made of prefabricated SIPS panels, with a 24 wall applied on the inside of the SIPS for piping and wiring.
This reasonably priced assembly has an R 50 overall insulation with a thickness of just 10.
The SIPS shell was erected in just 4 days, saving 5 weeks of building framing.
With high performance windows and airtight construction, a single two ton mini-split heat pump was a good fit for the low heating and cooling needs.
Reviews
Be the first to review Philippe Campus.
Write a Review
