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Ok so you might find the next few links interesting. These are from around the web, just random snippets that I’ve picked up in my reading, but I found some very cool information in them. You might too. Here goes…
CleanEnergy Footprints » Archive » SACE 100 New Nukes Response
We need to fully embrace renewable energy<
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;/b> and energy efficiency and conservation. Unlike nuclear reactors, solar and wind are truly clean – they are emission free when they're producing electricity, no carbon, no deadly nuclear waste …
An Overview Of Lead As An Free Energy Informant
Wind energy disciplined by aerogenerator was a superior origin of free energy in rural America in the 1920s. 6. In popular times, California is the greatest user of wind force and creates twice as much electricity equally whatsoever …
Save Our Planet Free Energy Exists Has Done 4 Over 50 Years
www.disclosureproject.org Very Important clip from UFO greatest Story ever denied.. There is Free Energy From alain Technology that does not harm the enviroment and is ever lasting, Just the elite want to control and exploit us for …
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Utilizing free energy from the earth beneath your feet, it is undeniable that geothermal is environmentally friendly and responsible. Geothermal heating and cooling uses the relatively constant temperature of the earth to heat and cool homes and businesses with 40% to 70% less energy than conventional systems. It also has the added benefit of providing free domestic hot water during the summer season and reduced cost for domestic hot water during the winter. All of these benefits sound good on top of “going green” but it all comes down to one final question. How much will this cost? Is geothermal “green” in both an investment perspective as well as an environment perspective?
Installation for geothermal heat pumps have a high upfront cost. There are a lot of variables–where you live, the ground to be drilled, the square foot of the house–and though everyone agrees about its high initial expense, how much that is remains vague at best. A general idea for cost would be twice the price of a regular heat pump system with air conditioning. A geothermal heat pump costs about $2,500 per ton of capacity, with the typically sized house needing a three-ton unit and putting the cost at roughly $7,500. Installation can bump the costs up to $10,000 or more depending on depth of pipes, type of equipment, and soil conditions.
On the flip side, the geothermal heat pumps offer high efficiency and low operating cost. Savings on the electric bill are immediate and considerable. According to the EPA, geothermal heat pumps can save homeowners 30 to 70 percent on heating and 20 to 50 percent on cooling costs over conventional systems. Average consensus is that it will take about 5-10 years to see a return in the investment but that utilizing geothermal energy could prove a good financial decision for the long-term homeowner. To encourage the switch to a renewable energy source, some utility companies and agencies may pay a rebate and energy Star-rated ground-source heat pumps may qualify for federal tax credit.
In the end, geothermal heat pumps are durable and require little maintenance. They have fewer mechanical problems and the underground piping used is often guaranteed to last 25 to 50 years. Quiet to operate and pollution free, geothermal heat pumps are an underused technology with a huge potential in the long run. Despite the debate on costs and the tough initial decision, figures indicate that 95% of heat pump owners would recommend a similiar system to their friends or family.
With global warming and skyrocketing energy costs on every-one’s minds, homeowners are considering a solar power kit or solar panel system for their home. Energy efficiency and solar power go hand in hand. Like solar energy, there are now tax credits for improving the energy efficiency of your home (check out Dsireus.org for more on this).
There are several things you can do in conjunction with solar panels to create an extremely efficient, comfortable home. This article will teach you about the energy efficiency of your “building envelope”, which is a fancy way of saying everything that separates your home from the elements: windows, doors, walls, and insulation.
Windows
Windows are one of the most important components of your home. Not only do they let in light and scenery, but they can let out your precious interior air and let in exterior air. Double and triple pane windows have gained in popularity in the past few years as their costs have come down. These gaps between the window panes are often filled with argon gas, which transmits heat less than normal air. They are also coated with a glaze that allows less solar energy to pass through, which is why they are called “low-e” for low emitting.
If you can’t afford new windows, you can still improve your existing windows’ performance. There are coatings that tint your windows that will allow less sun and heat in. You can caulk around your windows to fill gaps where air can enter and escape. These caulks even come in a wide variety of colors to match your existing paint. Window treatments are a great way to save energy too. A set of adjustable blinds can retain heat on the winter nights, let in the warm sun on cold winter days, and block the scorching sun on hot days. True energy conservationists find themselves opening, closing, and adjusting window coverings throughout the day to adjust or maintain the indoor air temperature.
Doors
Your Dad probably yelled at you for letting out the “bought air” when you were a kid didn’t he? Well, what if that precious are air is escaping even when the door is closed? For less than $20 you can weather strip an exterior door and prevent leakage. And new, heavily insulated, weather-stripped doors are more affordable than ever, especially with the housing slowdown.
And don’t forget about your interior doors. If you are closing off interior doors to seldom-used rooms (which you should be) be mindful that air can be leaking under and around these doors. A well placed blanket or a “door shoe” (which attaches to the bottom of the door) will prevent this leakage. Also check that the door is properly hung and level in the doorway as this may also cause large gaps between the door and the jamb.
Walls
For most folks, the insulation embedded in their walls is pretty much there to stay. But with new kinds of blown and pumped insulation, you can still improve your wall’s efficiency. Some of these materials are made of recycled plastic bottles, newspaper, and even blue jeans. Some insulation companies specialize in cutting small holes in your walls, pumping in insulation, and then covering the holes so that you never knew they were there.
Walls are just as likely to leak as windows and doors. Caulking and sealing around outlets, switches, and corners can prevent this leakage. The most avid energy savers even hire an energy rater with an infrared camera to catch leaks.
Roof and Ceilings
You probably know that heat rises. This means that the most important place to have insulated is your ceiling and roof. If you have an attic, this may be the easiest place to add an extra layer of insulation. You should have a minimum of R-50, which is a measure of insulation, the higher number the better. And don’t forget to seal leaky areas where the walls meet the ceiling.
Ask your accountant about federal and local tax incentives for energy efficiency, solar power, and renewable energy. For more information on solar power and solar panels, check out our website.
About The Author
Kriss Bergethon is a writer and solar expert from Colorado.
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