Archive for the 'Electricity' Category
By APCHQ
Filed under: Building materials, Ecological, Electricity, Energy efficient, Environmental
Electronic thermostats reach a more uniform temperature than conventional bi-metallic thermostats. What’s more, their use can save up to 10% on the costs of heating.
Conventional thermostats work thanks to a simple mechanical reaction between the unit and room temperature. This system lacks precision and causes variations of more or less 2 degrees Celsius from the desired temperature, which can mean a difference of up to 4 degrees Celsius.
As for electronic thermostats, they react to the slightest change in room temperature because it is continually measured by a detector. Variations being more or less 0.5 degrees Celsius, the temperature is more stable since the maximum difference does not exceed 1 degree Celsius.
With a programmable thermostat, additional savings can be had if it is adjusted to reduce the temperature automatically at night and while absent. For example, a reduction of 3 degrees Celsius in an 8 hour night brings a reduction of 4.5% of the cost of heating, a small change which can translate into significant savings.
Source: The Guide to Ecological Options, APCHQ
Read the rest of this entry (No Comments »)By Denis Chamberland
To tell the truth, this question is asked frequently! It is obviously not easy to give a precise cost due to the imponderables that are connected to it.
First, it depends on the type of ground on which the garage will be built. You can choose among various foundation types such as monolithic floating slabs or monolithic floating slabs that reinforce the periphery in order to properly receive exterior walls and any other attachments. Already, a variant in the amount of 1000$ to 2000$ may be applied. In most case, a monolithic slab would prove to be less expensive.
Will you hire a builder to build the entire garage, or only the structural part and you will do the rest to save money? Your choice here will result in a cost variation of between 3000$ to 5000$ that you must consider if you hire specialized manpower.
Will your detached garage be insulated to enable you to do odd jobs all year round? Will it be erected with 2 x 4’s or 2 x 6’s? Technical-wise, will you have electricity, heating and plumbing in your garage? There are other important elements that have considerable influence on building costs. We can easily say there is a variance of 2000$ to 3000$ if not more. Of course, this is according to the size of the garage.
Finally, many garage plans suggest bonus spaces at the ceiling for additional storage. Will this space be built as planned or will it be eliminated and built with trusses and a window? If you opt to keep this extra space, will it be insulated or only done in plywood?
You will now understand that with all these possibilities, it becomes very difficult to set firm construction costs for a detached garage, but since you have taken the time to read this article, here is an example that could serve as a reference guide.
Let’s say that you are interested in the detached garage no. 2975-16, which is 16’ wide by 24’ deep. You are planning to erect it with 4 vinyl sides on a monolithic foundation with 2 x 4’s, as well as with the bonus space planned on the upper floor but not insulated. A minimum of electrical facilities is included but there is no plumbing or heating. The cement footing, the structure and the roofing (finishing of these steps included), would be done by the contractor whereas you would be responsible for both the interior and exterior finishing. Well, this garage should cost approximately 14500$
You can review Drummond House Plans’ detached garage plans, and order the one that fits your housestyle!
By Marie-France Roger
Filed under: Building, Building materials, Construction material, Ecological, Electricity, Energy, House, Material, Recycle
Increasing the efficiency of buildings and their use of energy, water, and materials, and reducing building impacts on human health and the environment, through better siting, design, construction, operation, maintenance, and removal — the complete building life cycle.
What to consider when designing a Green Building:
- The ideal site would be a Brownfield: abandoned, idled, or under-used industrial and commercial facilities where expansion or redevelopment is complicated by real or perceived environmental contaminations.
- Conserve water and energy: limit the amount of resources required to operate a building. Installing a self-supporting filtration unit.
- Recycle construction materials: using recycle construction materials limits the amount of resources that must be disturbed. Obtaining locally or manufactured locally reduces the energy in shipping and transporting of these materials.
- Indoor air quality: limit the amount of materials in the building that contain Volatile Organic Compounds(VOC): Compounds that evaporate easily at room temperature and often have a sharp smell. They can come from many products, such as office equipment, adhesives, carpeting, upholstery, paints, solvents, and cleaning products.
- Beneficial Lanscaping: using different landscaping techniques to achieve a variety of benefits (e.g., decrease of maintenance costs, reduction of stormwater runoff, beautification of the landscape, preservation of endangered species) and using plants that require little or no pesticides etc.


