Sash windows have been around for centuries. But they have been identified as a new way of improving the insulation of your home. You can reduce your carbon foot print with sash window draught proofing this winter. A sash window is actually two windows that are in the same frame and open by sliding the windows vertically or horizontally. The word sash refers to the wood casing around each pane of glass. It sounds and is spelled the same as a cloth sash that may be around the waist or the shoulders.

If you have an older home with sash windows in need of repair, this is a good time to also weather proof the windows. Thanks to modern day insulation materials, the natural ventilation design of sash windows can be greatly enhanced. If you like to do projects yourself, there on weather proofing kits that can be purchased online. The Websites have tutorials that can provide visual aids to help you decide how to tackle the project.

If you want to do it yourself (DIY), the draught proofing kits come with step-by-step illustrated manuals. A careful review of the Websites will show you that sash windows have many working parts. The Websites will tell you about the wood used, the tools used, the sash cord, the type of paint and more. Find out everything you need to know before deciding to do the job yourself.

Doing the job yourself will of course save you money on the cost of labor. Once the weather proofing is finished, you will also save on heating and cooling costs. The draught proof windows will allow your home to maintain a moderate temperature, regardless of the weather outside.

Sash windows reduce the consumption of electricity for three reasons. First the design of the window was intended to provide a cross ventilation. When the window is in an open position, air flows in and out at the same time. This has the benefit of maintaining the temperature of the home and eliminating condensation of moisture, which adds to the safety of your home. Mold comes from condensation of moisture, and the ventilation of your sash windows will help prevent condensation.

Second, making sash windows double pane will provide a natural insulation that does not use any electricity. It will also add to the quiet of your home, but insulating it against all the noises from outside. The double panes of glass trap air in the space between the panes. This helps keep your home warm in the winter and cool in the summer.

The third factor is the weather stripping. With architects and builders becoming more conscious of the carbon foot print left by the use of a home, the materials used for weather stripping continue to improve. The stripping has the added benefit of allowing the windows to move back and forth without friction. If your windows are in a very old home, stripping will also eliminate the rattle of the windows. This is a project that will add to the beauty and life of your home. You can reduce your carbon foot print with sash window draught proofing this winter. It is great to be warm and comfortable inside, when the outside temperature drops.

Reduce your carbon footprint now with the help of a sash window draught proofing company. Get the inside scoop in our sash window specialists guide.

Would you live in a LEED (Leaders in Energy & Environmental Design) certified residence if it could reduce your energy costs by 40-50% per year, provide cleaner interior air and reduce commuting needs by being located closer to major employment centers? However, this property would cost you 10% more than a traditional tract home or condo in the area.
Here is a possible scenario:
A typical condo in this area of town averages $300,000 USD and can be mortgaged at 7.25% for $2,050/ month. The Green condo cost $330,000 USD and can be mortgage at 7.25% for $2,250/ mo., an increased cost of $200/ mo. or $2,400/ yr.
Both projects are located in a central urban area that’s a 10 min walk to light rail, and a 5-10 min walk to downtown, grocery stores, sport centers, restaurants, etc. The Green condo promises energy savings of up to 60%, lowering a $2500 annual energy cost to $1,500, a savings of $1,000 or $83 per month. You are still spending $117 more per month to live in the Green condo. Now, you also have things like recycled content materials, an air-purification system, upgraded insulation, open space, non-gassing paints, or formaldehyde products; reducing the societal costs associated with the carbon pollution, waste, and other byproducts associated with housing development.
Now, lets say that you and your spouse lived 15 miles away from your major employment center, where you both work and where you are considering moving. You have two cars that get 20-25 mi/gallon and you drive an average of 12,000 mi/yr., spending approximately $10,000/yr to drive each car. Would you give up one (1) of your two (2) cars and carpool, walk to work, etc. in order to save the additional $10,000/yr? In fact if you took that $10,000 and contributed it to your mortgage every year you would save over $276,000 in interest payments over 30 years, a $9200 interest savings every year and you would pay the loan of in 173 months or 14.4 years.

We are very seriously considering making this investment to help cut our heating bills. We use propane now. Please let me know of any pluses or minuses you may have experienced. Thank you

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Solar power history is not the recent history that most people think it is. Use of collection panels and battery charging systems may be recent, but use of the sun’s power goes back to ancient civilization.

Greeks, Romans, and Native Americans all used the sun for their heating and even for the growing of plants. Glass windows were used by Romans because they understood the benefits of catching sun through glass and that the heat did not escape easily.

The glass collection of heat was used not only to heat their homes naturally, but they discovered that if they gathered windows and planted seeds inside they could grow plants and vegetables more efficiently and their growing season was longer.

The pueblos and other hillside dwellings were often built by Native American and Greeks facing the sun so they could collect the warmth to heat their houses, then at night the air would cool and they had fresh heat that would enter in the morning.

Greeks used the sun in much the same way, although they did not get the idea from each other. Societies independently figured out that the sun was a useful resource that should not be wasted.

The sun’s power was not harnessed or utilized in any other way known for several centuries more. It wasn’t until Horace de Saussare created a cone shaped collector for the sun, which he used to boil ammonia to create locomotion and refrigerant effect. Since this new idea, the scientists of the world were enthusiastically trying to find other uses for the sun.

Solar power history also includes the use of the steam engine. The first ones used solar power, but were very expensive to operate. They had a difficult time in keeping the engine running. The scientific community saw the value and potential of solar energy, so they continued looking for an answer that worked. In the late 1800′s a cell was successfully built and the rest is history.

Go Green! If you need windmill instructions or a solar panel diagram, please visit my website.

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