Your Roof MAY BE THE Cause of High Energy Bills

Conservation is among the best ways to lower a higher energy bill due to increased room temperature which requires the air conditioner to run continually. High temps and rising humidity will be both massive contributors to escalating energy intake.

One way to decrease such costs would be to switch providers when this type of change is allowed; another approach is to replace old gadgets with energy-efficient ones. This may help that bill somewhat; however the real culprit is proper overhead – the roof! Yes, if you have a negative roofing system on the home, it is probably causing increased bills.

Assistance from Technology

The solution to achieving an green and cost-efficient home gets the proper roof. From an energy-saving perspective, technology dealing with this part of a house have not shown much improvement until extremely recent years when some significant findings resulted in some promising changes, i just.e. the expansion of an energy-efficient roofing method. Following are a number of the material types which have seen significant cost-saving developments.

Asphalt Shingles – If the target is to have a house look fabulous and be cost-efficient, recycled asphalt shingles could be the answer. ‘Cool’ shingles are being produced by manufacturers which are energy-star rated; come in many different colors; and carry a 40-year warranty with a potential lifespan of up to 50 years.

Metal – This may not be a consideration for every homeowner; however metallic roofing is more energy-efficient in comparison with asphalt shingles. It is engineered from steel, copper, and aluminium and is clear of toxic lead. Metal types of coverings have the quality of solar reflectance thus absorbing less heat to go in the home.

Clay and Slate – These components are green and are a good choice for an energy-efficient kind of covering. Pookoyathangal Clay and slate come in different designs, appearance and many elegant colors. They are ideal for roofs in warmer climates because they promote airflow at first glance which decreases ambient room temperatures and makes the home cool during the hot summer season.

Green Roofing – The roof of a house can be made completely of sod. Although an extremely old technique, the new version provides a wonderful layer of insulation on the rooms below. It is very effective in lowering energy intake, appealing to the eye, and much more recently in German, an effective way to mitigate storm water run-off. This covering has a long service life, decreases utility costs with the correct insulation, and helps absorb drinking water during heavy rains.

Reflective coatings – Another breakthrough in the market is the enhancement of reflective coatings. Reflective coatings contain a higher ‘albedo’ (high solar reflectance) effect. This could be applied to any sort of roofing material. There are many types of coatings named ceramic, polyurethane and elastomeric coverings which will be believed to deliver 80 percent solar reflectance. There are also coatings with excessive infrared emittance to radiate high temperature back into the atmosphere.
Color Choices

Shades for roofs have varying examples of solar reflectance. Whitened coatings reflect additional of the ultraviolet rays of the sun to help make the home cooler. A gray coloring only has 25 % solar reflectance; terra cotta provides 41 percent solar reflectance; sunset rose has 43 percent solar reflectance; mocha has 36 pct solar reflectance; and cocoa/rustic dark brown have 35 percent solar reflectance. The initial cost is high; however, selecting the right color will help save on energy bills and can justify that initial expense. Additionally, darker roofs retain more warmth which makes the home hotter and causes the air conditioning equipment to work harder.


A good ceiling insulation can reap large benefits. Roofing insulation, also known as radiant barriers, is installed to lessen cooling costs. It is made out of high reflective materials to diminish heat conductivity. Exactly like reflective coatings, the performance is based on emittance and reflectance plus the angle of installation. There are lots of types of radiant barriers and they all provide the same thermal insulation.