Solar Homes Overview
Ready to Build Plans
Custom Home Design
Prototype Home
Integrating Solar Energy
Prototype Home

Suncatcher Solar Homes is a family business and, like many family businesses, everyone contributes and has a role to play. Also, like most family businesses, where work life ends and home life begins is a bit of a blur. The founder, Angie Ortlepp has taken this concept a step further. She literally lives what she sells. Her home, an off-grid, wind and solar powered marvel, was designed by Angie and built by her family in 2004 and used to satisfy the requirements a Masters degree in electrical engineering that Angie completed in 2007.

Because of its super efficient design and the use of energy efficient appliances, this home uses 5 times less power than another house of similar size. The passive solar design of this house means that a significant portion of the heating comes directly from the sun. Cooling is achieved by ingeniously situated overhangs so overheating is not an issue during the summer. Incredibly, passive solar designs are no more expensive to build than a conventional home design.  

Even in Saskatchewan, there are some calm and cloudy days so a back-up generator kicks in once in a while. Propane is used for the cookstove, on demand hot water heater and a small radiant space heater for backup. The propane bill for the year is approximately $400 (720 liters of propane) producing about 1000 kg of GHG emissions. That’s about 10 times less cost and fewer GHG emissions than an average home.  

The prototype is 1000 sq. ft. on two levels (one-and-a-half storeys) with two bedrooms on the upper level and a family room that doubles as a spare bedroom on the main floor. There is one full bathroom on the main floor, the power centre containing the solar power system and a large open living room / kitchen area.

The majority of the windows are on the south side of the house. The windows are triple-glazed (3 barriers to keep heat in), argon filled (gas insulation), and have a double low emissivity coating. This is to let in solar energy to warm the house and prevent heat from escaping.

The roof shades the windows in the summer and, with plenty of attic ventilation, keeps the house cool.

The tankless hot water heater means you won't run out of water, or waste gas (natural gas or propane) reheating the water tank as it cools.

A "mortarless brick" facing on a short wall behind a wood heater provides massive heat storage. The walls and floors of the home (gyproc walls and hardwood floors) also provide massive heat storage.

An energy efficient wood fireplace with catalytic converter provides heat through the burning of renewable biomass (wood) fuel. The catalytic converter reduces emissions by allowing the flue gases produced to be further burned. The green house gas emmisions from this fireplace are rated at 1.4 grams/hr, which is very low compared to many other fireplaces. The efficiency rating is 75.9%.

All building materials are readily available through local lumberyards and manufacturers.