Comfort can be subjective, but undefinable? Not at all. Plenty of research is available on the factors of human comfort: conditions which, when present, universally put us at ease and add to our well being.
At Clarum, comfort is crucial. It's another reason we love passive design. Passive homes achieve comfort without even trying, because the objective conditions of human comfort are simply a natural side-effect of passive building strategy.
General Comfort Factors
Comfort starts with fresh air, abundant natural daylight, good sound quality and protection from noise.When these are present,...
Green energy expert Sean Miskelley from Clarum Homes explains the use of the Structurally Insulated Panel (SIP) Roofing System in the Palo Alto Passive home. These panels are 12? thick, giving the roof an insulation value of R44. The panels are delivered to the construction site, lifted in to place, and secured. This allows an airtight attic assembly and eliminates the need for hot, unconditioned attic spaces. In addition, it doesn’t require the venting of traditional attic vaults.
The science behind energy efficiency in our building walls strips down simply into three areas:
1. Air Transfer/...
In this video, passive home experts John Suppes and Sean Misskelley discuss the Clarum Homes mission and vision of building comfortable high-performance passive homes.
If you look at the average home, it's being built in the same way as homes were built 40 years ago. Nothing has really changed. In contrast, Clarum Homes is unique because we are continuously working to lead and innovate the way homes are built.
Our entire team focuses on the following:
sustainability in building materials
thermal envelope so that the homes use less energy to heat and cool
indoor air quality
making...
Clarum Homes Owner John Suppes and Director of Construction Sean Misskelley discuss building and living in passive homes. We build passive homes for their sound ethics, aesthetic beauty, internal comfort and interior air quality.
A passive home is simply a building that employs a set of advanced building technologies to achieve extreme energy efficiency. Energy consumption is reduced by 90% or more compared to that of conventional homes. And these efficiency gains aren't due to some weird, boxy, ugly building design. Passive homes are elegant, comfortable living spaces with beauty that can rival...
What is Passive?
“The rigorous standard for energy efficiency in building that requires little energy for space heating or cooling, reducing ecological footprint.”
Passive is healthy
The passive home is healthy — for your family and the environment. Nontoxic
building materials are used throughout. Moisture and pollutants are continuously
removed from indoor air. Enjoy exceptional indoor air quality with each breath you take.
Passive is socially responsible
The passive home is more than just sustainable. In fact, it’s far greener than almost anything currently labeled “green,”...
Sean Misskelley from Clarum Homes talks about the solar thermal system in the Menlo Passive Home Project.
The house is equipped with a 3-panel 120-gallon Velux solar thermal system with a high-efficiency vortex made by A.O Smith as a back-up water heating source. This system is designed to offset approximately 80% of the energy needs for heating the home's water and up to 50% of the home's demand for its space heating.
This system is also used inside the home in conjunction with the heat recovery ventilation system with a hydronic in-line heat coil. This system heats the water on the roof,...
Energy and Green Building Expert John Suppes of Clarum Homes explains the Photovoltaic Electrical System at the Menlo Passive Home Project.
We installed a 4-kilowatt Sharp Solar Panel Package System with Enphase Micro Inverters because of the shading issue - these perform much better when there is shading on the panels. This system should provide more electricity than is used in the house, so Clarum Homes installed an electric car charging station in the garage. There is also a 3-panel 30,000 kilo BTU solar thermal system on the roof, which will provide 90% of the hot water needs and up to 40% of the home's...
John Suppes from Clarum Homes explains the Zehnder Heat Recovery Ventilator System at the Menlo Passive Project. One of the keys to a passive home's efficiency is its air tightness. This means that it's essential to have a system that brings in fresh air to the house.
All air coming into the house is filtered through a Merv 13 air filter. This means all of the air in the home is clean - free of pollens and particulates. All of the stale air from the home is exhausted through the other side of the HRV. With this system, all the air in the house is exchanged 9 times a day with fresh air. The best...
Sean Miskelley from Clarum Homes explains the use of SIPs (Structural Insulated Panels) in the Menlo Passive home. Structural insulated panels (SIPs) are high performance building panels used in the external envelope - floors, walls, and roofs for residential buildings. The SIPs panels are typically made by sandwiching a rigid core of foam plastic insulation between two structural skins of oriented strand board (OSB). They offer great air tightness and insulation with superior R values. The resulting home is extremely strong, energy efficient and cost effective. Building with SIPs will save...
Energy expert Sean Misskelley from Clarum Homes talks about the heating and cooling effect of high performance Gaulhofer windows and SeriousWindows in the Menlo Passive Home Project.
Read more about the Menlo Passive project features here: http://bit.ly/iA8V3Y. And some additional photos here: http://bit.ly/p3An2N.
Serious Materials energy efficient SeriousWindows feature U-values ranging from 0.14 to 0.18. and Gaulhofer windows' U-values range from U values 0.19 to 0.29 and a superior R value. These windows maximize passive solar heating and cooling - contributing to the passive home's...