Preston Meadow's Height Enhancement Blog

If Green is so great …?

If someone out there was listening, or paying attention to the recent elections, or of the new administration talk about the importance of green technology and green job growth then I present to you a question about going green …

If the green is so great then why are we now starting to pay attention? Leaders of our nation is talking about the future with respect to technology that exists today days, and has been around for decades. It has technology that can make us a truly green nation, an international leader in conservation, and reduce and eliminate our need for foreign energy resources buried in a compound-like area 51, the government? And now the president is allowing his release in society? Ask industry entrepreneurs have been reluctant to tell anyone about their products and services until now, for some reason? Why not have heard more of our leaders and actually start this process of going green before? If the green is so great … Where is it? What is it? What need to create energy efficiently and Green?

Green Building Products

The world of products Green building has been much longer than most people might think, and the number of products available has grown in recent years. Finally, There are builders and real estate professionals who are beginning to take note and learn, and apply these green, energy efficient products. What does this for the average consumer? More efficient homes and businesses are becoming increasingly popular. Products such as products become more popular, more, new ones are making available and competition to create better, more efficient products at better prices is becoming increasingly fierce. The movement is on. For the purposes of this report, I am focusing on products that make our homes and businesses more energy efficient. Some of these products include:

1. Structural Panels Insulated (SIP)
2. Foam Insulation
3. Insulation Concrete Forms (ICF)
4. Solar Energy – Photovoltaic (PV)
5. Wind
6. Geothermal

These products can be used together to create some of the world's most efficient homes. If you are building, their main concern should be the creation of tighter building envelope, or shell possible, with greater protection project (tariffs more air infiltration), and the highest R-values. This can be accomplished using SIP, aerosol foam, and / or ICF. With the first step in making your building efficiently, The next step is to give the assets of the ability to create their own energy using proven technology such as solar, wind and geothermal technology.

Structural Insulated Panels

Structural Insulated Panels are a structural product used mainly in construction the building envelope, including floors, walls and ceilings, but can be used for curtain walls for added insulation if desired and sound control. It composed of 2 outer layers of oriented strand board (OSB) for structural stability, and a central layer of rigid foam material insulation. Several types of foam are available and offer different features, in particular the various R-Values per inch, vapor barrier, pest control, and fire protection.

The most common type of insulation used is expanded polystyrene (EPS). It is more common, because it provides great protection from the elements, the lower cost compared with other types of insulation. The down side of this type of foam are the lowest R-value per inch, that is, if you want to get the most value R of these panels, which will be much thicker than would be obtained with other types of foam. One thing in particular about the foam that do not like is the fact that the foam melts faster than a marshmallow. Granted there are fire protection for interior gypsum board, as required by building codes, is simply not enough to make you feel comfortable use.

Another material used is high-density isocyanurate foam insulation, which is an advanced formula urethane. This foam is denser, gives a better R-value per inch, and offers great protection against fire. Panels with this formulation of foam are put on sale for only a few manufacturers in the country, costing more for these groups, and are more expensive for consumers. You get what you pay with insulated panels, as does everything else. These panels are higher in all respects a typical EPS core SIP.

SIP was invented more than 40 years ago and have been in limited use since then. With energy costs low and little concern for energy efficiency, consumers and builders in particular have not felt the need to introduce this "new" product customers, but customers probably would have liked last winter, when oil prices were above $ 4 a gallon, and their homes soared inefficient through oil, like old-fashioned locomotive. Some people literally cracked heat their homes last winter, and are likely to see prices again, sooner or later.

SIP structures are constructed differently than the typical 2×4 or 2×6 framed projects. With the exception of some windows and doors and plates, no nails in the walls. The panels can be delivered before cutting all the wiring of pursuing pre-routed, or the construction crew can perform these tasks in place. There are pros and cons either way, so that each project must be considered on a case by case, with these decisions before the panels sent. Moreover, panels can be delivered in various sizes, and no way is impossible to build with sips. The dimensions can be as large as 8 'x 24'! The speed they may rise is remarkable. At the time the walls are up, who are already sheathed and insulated. The way my company is based, the walls are also cable as they're built. SIP construction has been documented that 40% faster than the typical stick built, and that the wire 2% faster. Thus, while you'll pay a bit more in the cost of materials, you will definitely save money on labor costs.

To give a better idea of the isolation of the values available, a typical performance EPS foam panel R-values around 3.75 inch, while the urethane foam cores can reach R-values over 7 per inch. Thus, a 4.5 "EPS has a wall of 3.5" of foam, and continued research on the value of about 13, and polyiso be in an R-25. There is an important distinction made here, when I mention the continuous R value. Walls with 2×6s or 2×4 blocks have been placed more frequently in all 16 ". There is little or no value R in the stud, which means there is a break in the R-value at each stud, which reduces the overall performance of any insulation material used between the studs. Again, with the SIP, no nails, so no thermal breaks, and the R-declared value is much closer to the actual R value of the finished project. The R value of an actual fact, the dotted wall can halve the stated R-value. This is an important distinction to make with sips (and MCI), more than stick built projects. I recommend polyiso nuclei as thinner walls, with a better R-values are a more attractive option, however, goes much better with EPS is that the techniques Typical construction and building materials.

Foam Insulation

The next best option for a well-insulated exterior is spray foam insulation. To use this type of insulation, builders and contractors can build the road than ever. The only thing I do differently is call the type of insulation with the most expensive car and his old team. Spray Foam is a great alternative for any of the traditional materials such as fiberglass insulation Batts or unfilled cellulose insulation products. I prefer SIP, and the reason I always give my preference Foam SIP is the truss only the walls of a typical stick built structure, as I mentioned. It only makes sense. Besides, the construction process takes longer than the old fashion.

As with the foam on the SIP, you can get spray foam in several ways. The main difference in the two cell types relates to the composition foam. There are open cell and closed cell formulas which again give different R-values per inch of insulation. As with SIP as well, the greater the value R per inch, the more expensive the product. The why and where the use of foam can be determined case by case basis, depending on the ultimate goal of the R-value, or the creation of code. Through the use of dense foam that can, once again, for best R-values in the thinner areas, whether on walls, floors or attics. In the past, I used SIPs for the walls and foam in the attic and basement.

Spray foam is sold in quantities hand can vary from one to 50 gallons. No foam for almost every job. Size of the palm of foam products are great for sealing cracks or holes in the pipes or full lines. Remember that the key to an efficient building is the tightness of the shell, and even small holes can impact the overall R-value of the shell. If you need to do a larger area, it is not unusual to find do-it-yourself kits foam with a typical yield of about 600 square feet or less. You more often find closed-cell polyurethane foams in that amount. These kits are expensive, costing more than $ 1.25 per board foot. Note that if the work is sufficiently large, you may be able to get a professional contractor to do it for less.

Insulation Concrete Forms (ICF)

Here is another great way to maximize the efficiency of a structure, and maximize the strength and durability at the same time. According to ICFA (insulating Concrete Form Association), you can build a concrete house for a price that is comparable to that of an ordinary 2×6 wood-framed house. And I agree with them when they say: "But you come home much more for your money." What is not going to like? Its construction has been incorporated in the fire protection and can withstand high against Mother Nature.

The ICF is not a typical concrete form. The forms are made of lightweight EPS foam, which is left in place after the concrete is cured. Compare that to a typical concrete form that is extremely heavy and difficult to bear. The medium must be concretely implemented, took to, left for days, then removed, transportation, and placed back in the truck. So now, you have to figure a way to isolate the concrete, if desired, and you have to build the house on the top of the foundation. With ICF, you can drop the forms in place, the preparation of rebar, pour and you're done. Of course, you could opt for a truss roof and spray foam, or you could even mount a roof of SIP in the building. There are so many possibilities and options to choose from today, that upsets me someone still uses the old building materials and techniques.

Solar energy (photovoltaic and solar thermal)

There are many people left out there who have not heard of solar power, or what we can do with it. Just to cover the basics … Solar panels are used to absorb the sun's energy and then convert the sun's energy into electricity. The energy generated can be used to execute a certain part of the electrical system, fully or partially offset the building, the electricity demand. And to make it more attractive, there is always the idea creating enough electricity in it is doing more power you are using, and then instead of getting a bill from the company electricity, which will send a check. The idea of bringing utility as it sounds good does not it!

Another option to solar energy, is called Solar Chill. This is where solar energy is used to generate hot water. Hot water can be used to heating appliances, and most commonly, water used in hot showers and dishes, etc. When you go solar, this is the most profitable route, such systems typically run in the neighborhood of $ 10,000 installed. Recovery This system is faster than a standard Photovoltaic (PV) system, and usually a hot water solar system will generate 100% of its needs hot water in summer (due to longer periods of sunlight) and usually 50% in winter months.

There are a large number of manufacturers of energy solar and entrepreneurs out there trying to develop the newest and largest solar technology, and bring to market first. Who can blame them? Solar will be much of our energy solution independence, which means that there are fortunes to be done. I think they are a small number of breakthroughs in the short daily review for residential, because, after all, there is a problem with solar energy. This problem has delayed the spread of solar energy in models of conventional construction. That problem is cost. For solar panels are installed today, the project runs between the average location $ 8 and $ 12 per watt installed, and may vary depending on a number of things including the panel, the type of mounting, shadow issues, etc.

Another misnomer with solar energy is its placement. Many people assume that the panels are always placed on the roof. This is not the case. Given that the energy Solar panels should face true south, not too many roofs, which are ideal for housing the solar panels. Besides, most roofs are not large enough to accommodate enough panels for a merit system. Very often, a roof mounting system is the solar hot water system, as it only needs enough space to accommodate two panels and the panels often consist of vacuum tubes that can be activated and adjusted to accommodate variations in the current location real south.

However, there are subsidies and rebates, you say? Yeah, and nobody can touch the incentives, but consumers still have to pay for the system full in advance, then wait for the rebates and tax breaks for filming cm for home buyers first time, there have been adjustments to cash them in at the discounted first-time home buyer at closing, rather than waiting until the end of the fiscal year. It would be nice to see this structure for renewables and efficiency.

For a better estimate of what it may cost a system for your home or business and a great look on your property and positioning information, go to tools industries Association of Solar Energy and Calculators page (http://www.findsolar.com/Content/SolarTools.aspx). I find that this is a great resource when it comes to the prospects in the initial discussions of the installation of solar systems. They can give you a good idea of incentives that may be available for you too. If you prefer look at all the incentives in a database, you can visit DSIRE (Database of State Incentives for renewables and efficiency) in www.dsireusa.org. Deciphering information can be a bit of a challenge, so for an accurate analysis, and analysis of actual costs, which had recommended to speak with a local installation of experienced solar professionals, or retailer.

Wind

Wind? Someone said turbine? That's right! What is considered an eyesore in the past, are being considered by many, a compliment to the horizon satisfaction. They are also a great complement to a solar panel that if the sun does not shine, is likely to be windy. Wind turbines are capable and effective in the creation and transfer of power that the power to homes and businesses, such as solar panels. In fact, between 2005 and 2008, the use of wind in the U.S. has doubled. The speed at which establish the wind farms is growing, and the number of turbines installed in private homes and businesses is growing too.

It makes perfect sense to harness the power of the wind. It's free, and there is not likely that lack of breezes, gusts, or breezes in the short term. The same goes for solar power. It is the main point Power to the geeks … harness the full power and we never have, and we are much closer to energy independence.

The fact is that the wind is becoming so popular that many people are opting for instead of the solar wind. The technology is advancing rapidly and many of the problems facing the wind the past are beginning to loosen. These issues include cost, insurance. Also included height restrictions and local zoning regulations in many towns and cities, where people are not allowed to build anything higher than 30-35 feet. Many wind turbines are 30 feet or higher than any potential obstacle to less 100 '. This could be over 100 '. Without getting too concerned, suffice it to say that there have been problems at the local level with the construction of mills wind.

The installers are able to complete the facility, after setting precedents. Once a turbine is installed, it is then a process step by step in place to complete the installation of another, and so on. Another way installers are able to avoid installation problems, is to use Wind collection of different technologies. Many wind turbines have been designed to work in the lower elevations with low wind speeds, to avoid any violation of zoning.

Geothermal – GeoExchange

In recent years, as I worked with people in the construction, renovation and renewable energy, the least known of technology that I have introduced people is geothermal. It is surprising to me that are not so many people out there who have not yet heard of him. This is very frustrating when you talk about people building new buildings. The fact is, when you are building, and you have to put a heating system, central air and possibly, you should put in a geothermal system. The benefits of geothermal heating and cooling far outweigh the initial cost to join. Consider the long-term savings of not having to buy a petroleum product. When firing oil prices as they have in the past, or stay where they are, reimbursement of additional costs can be 3-4 years or less. Why not would you?

Heat pumps run on electricity. This does not mean you're heating with electric heat, not even close. Pumps heat of today are very efficient machines that are typically ENERGY STAR for their electricity consumption. The only time you're burning all electricity is when the pump is working, which are mostly in the coldest days of winter. This is also when most would be burning oil or gas. And there is no need to play with the thermostat as people trying to save oil … Pumps efficiently run and profitable enough where you can leave the thermostat in the range of 2 degrees for the year and still come out way ahead, and to be blocking the distance to save the system recovery.

You can live comfortably warm or cold, afraid of no heating or cooling bills huge! In fact, a well insulated 2000 square feet can be heated to such low as $ 250 for the winter season and less than $ 750 in heating, cooling and hot water all year round … add renewable energy system, and may be less, even $ 0.00! Thus, the possibility of zero energy homes and commercial properties.

To put current, the actual number living in the potential energy savings with a geothermal system, following is a list of well insulated homes in the state of New Hampshire with standing column geothermal systems independently monitored by the government of New Hampshire (PSNH) from 2005 to 2006. The costs listed are for heating, cooling and hot water to $ 0.102/kWh (HEATSMART Rate).

2048 square feet – $ 849
2400 square feet – $ 635
2880 feet square – $ 717
3126 square feet – $ 674
3797 square feet – $ 1,060
4914 square feet – $ 1,303
8066 square feet – $ 3,033
26,000 square feet – $ 9,940

Geo systems usually start between $ 20 and $ 30,000 installed, but may be considerably higher depending on the size and complexity facility and existing equipment that may require replacement.

As frightening as it may seem, considering the savings. How many liters of oil purchase you how much per gallon? operating costs of oil systems, too, are expensive: typically about 3 times the cost of geothermal energy. Geo systems do absolutely pay for themselves in time … typically 7-12 years. With increasing oil prices, the depreciation period is reduced. In fact, the savings of not buying the oil tend to be larger than the loan payments would buy a system.

There are many different ways closer to installing a geothermal system, and there are many websites out there that will give all of the science behind each approach. Systems usually enter into a open loop, closed circuit, or ground loop category. Depending on factors related to the site and budget, there is often a better approach for each facility. You can find a list of certified installers and designers through the International Association ground source Heat Pump (IGSHPA) website located at www.igshpa.okstate.edu under its directory business. IGSHPA also a great place for some of the scientific data, and the incentives mentioned. DSIRE also cover incentives for geo systems.

With a geothermal system and ductwork, you can have a central heating system and air conditioning, all with a single system. No need for air conditioning units in the open, as the heat pump can operate by itself in reverse in summer months and the supply of chilled air. It's brilliant. If the additional factor of the equipment that is saving central air on, the recovery is faster. If you prefer, you Use geothermal heat pumps, underfloor heating systems. They call this a tie in the perfect marriage for a heat pump. The reason there is less of this is due the added cost of the radiant system. With the two combined systems is not a significant added expense, but if you like and can afford the heating, would be worth it.

Zero Energy

The final level of success in building an energy efficient structure is to achieve the level of zero net energy construction. What could be more "green life" living in a house that produces as much energy as it consumes? This is the perfect setting for the long-term health of our planet. I do not know if it ever will be in a place that one day the majority, if not all new homes and businesses are required to comply with this standard. If we were to arrive, then we could focus our attention on existing structures and around the world begin redevelopment of our buildings. Think about the costs, of course … but what about recovery? Recovery would be exponential in relation to costs. Granted this is not an overnight process, but I think we're finally moving in the right direction. Even those who have not purchased in the warming Overall, it must have felt that sooner or later, our planet's energy reserves will be exhausted. It may not be for a hundred years or more, but unless we begin on the resolution today, our continued existence here is as good as before.

So what is needed to create zero energy? The first thing that comes to mind is that any heating oil immediately jumped out. There is no way the house to create gas or oil, unless you have an oil rig in the backyard, or best case, a natural gas line feeding into the building. In the case of the oil rig … good luck getting through the zoning board with that one, and as for the natural gas line … which is still being fed in the house of a supply that is likely that one day fall. And the only way to offset this cost could be enough to install solar panels or turbines in or around the building, which was created enough power to cover the electricity bill, then have the utility to cut a check big enough to offset the gas bill. Good luck with that one, too.

The other problem with these petroleum products is that they are burned to create heat. What is the result of something burning? Smoke, carbon emissions, and greater pollution of our atmosphere. With a geothermal system that burns electricity, no exhaust, emissions of NO, and not waste. No chimney required. Put those savings towards the recovery period and ready, we are closer to breaking even now. Do not forget monoxide alarms Carbon … you do not need those either. Even the excess heat that heat pumps' compressors generate can be transferred to a hot water tank to supplement hot water generation. This can save the average household 30% on your bill for heating hot water. Do you say, 'Payback'?

For me, the way is to start with some intelligent design, if we are talking about new construction, in order to take advantage of solar gains, and questions wind, or any opportunity the site offers. For the construction of property is to be built as efficiently as possible, using one of a combination of energy-saving materials such as those mentioned above. The more our buildings can save energy, less is expected and required to create. Then follows the design to the implementation of a geothermal system, including heating and air conditioning. The components that comes, of course, add the solar and / or wind system to offset the electricity consumption of the structure, including the heat pump / s. And the final phase of a zero-energy house, is a conscious owner of the property energy.

What's the Hold-up?

With respect to energy savings, energy production and renewable energy products available today are what we need to begin learning about the convening of the next generation worldwide. It will take more of an energy bill to change the energy of the world we're in. addicts will lead the masses to heed the call and doing their part, one person at a time. Work has begun with people and is currently underway in communities, districts, states and so on. The movement toward a planet Green begins with the actions of a few educated a little more and continuing the trend.

The trend can continue only with individuals act and be more educated. The most important initial action is to become educated. Educated individuals can effectively disseminate their knowledge to others, and then see the land become a greener place … We need to ask questions and share our knowledge. We must all pull together as individuals, to take measures to revive the green standard.

There are many who doubt or even fear of the changes to come, but these changes are part of an evolution, a transformation of an entire planet for the good! Without sounding too dramatic, we must take the bull by the horns. The alternative is to wait, and do nothing until they are buried in an energy crisis, when delays in the implementation mass of available technologies, can be catastrophic. The idea of being able to avoid the worst by doing what is possible today makes sense.

Mixed Messages play his role

With all the improvements in products and technology available, you'd think that builders would finding and implementing the best of the best of what is available. Bull. The fact is that many if not most of the builders and contractors have tried to work their way around the application of new and exciting products. They have done for exaggerating and using more efficient versions of technologies provided. In the old way works for them, as it has for the previous generation. It is simply not good enough, more!

Energy Efficient Windows

My favorite example is with Windows. Do not know how many times I read the list of properties from the builders who seek to provide for the construction energy efficient because they use ENERGY STAR windows. Well whoopedy-Doo! Your ad says something like "Quality construction with energy efficient windows," or more misleadingly, "the building energy efficient, Energy Star Windows. And when you call and ask about the energy of other features savings, start talking about the granite countertops and beautiful large kitchen, or how many bathrooms there.

I'd like to go anywhere where they sell windows. Ask the salesperson if they sold all the windows are Energy Star rated windows. Let me know if you find any that are not made in the glass house windows made by local craftsman. So install these Energy Star windows, and then build with 2×4 fiberglass batt insulation that comes only to the requirement the minimum code. Is this an energy efficient home? It … compared with houses built before the arrival of insulation and constructed with windows single crystal. How is that contradictory messages? Unless you are using a product from the list of what I have presented, or some variation, they are building of an antique style, with leaking roofs, windows of the house built in a factory average.

Isolation fiberglass Batt

Another common attempt in efficiency is brought to you by the builders who choose to build using 2×6 studs for the simple fact that it can get thick batt fiberglass in the cavities between the studs. While ranging from R-11 walls to an R-19 insulation they are using is still a draft, option to make weak, and is often incorrectly installed. Think about how difficult it must be to achieve fiberglass insulation cut to fit around all switches and outlets and pipes that may be within the exterior walls, no matter the cut longitudinally in the cavities, which are closer dimension Batts than themselves. Only the mass Batts there. Why not? And what about very small areas where the development of asparagus are close but not quite touching. Many times, these areas have just release the complete isolation. Most people do not realize the enormous impact this may have on the overall R-value walls and entire structure. If the value of R Batts used are 11, the resulting R-value could be as low as 5 or 6 (or smaller). That does not is much better than the R-value of windows! So some builders try to improve on this only for a few stitches in thicker insulation. It will receive a total investment of higher value, but you're not getting value for your money here either. If you absolutely insist on using fiberglass, make sure your installation at least, brings with it a case of cans of spray foam to fill small holes, gaps and cracks, and around electrical boxes, etc.

Builders Associations for and against conservation of Power?

As a member of a national association constructors, and my local association, I am bombarded with emails and articles about the housing market and more specifically the new housing. As general there are one or two articles on green energy, or some form of conservation. In recent months I have had some interesting products through my box e-mail. One you expect to see in an association of builders was led by the national association. It was an article that raises the point that real estate professionals, including estate agents and real estate appraisers underestimate and even ignore the green features when trying to determine the property values and ask prices. From my experience, this could not be more true. But you must also add to that list of banks, since they are directly related to the tails of estate agents and appraisers.

The fact is that some green items inside the LEEDS program, do not add much in terms of value for value of the house. These matters include such things as species of wood, low VOC paints, but there are many who should be included. The most important would be an improvement in savings energy of the elements of the property. It only makes sense when we are talking about banks and lending guidelines adjusted to give the credit of the borrower to reduce your energy costs in the future. The fact is, relying on assessments provided by assessors who have been using the same criteria as for good. Square footage off the square images, and that's all. It's outrageous.

Real estate agents have begun to do their part in receiving training in green real estate. Of course, not many real estate agents who have taken training – about 1,500 since last year. It's a start, I suppose, but the other realtors out there asleep? Real estate is his business, however, ignores the future of the market. According to Don Briggs, owner of Briggs Associates, Inc., which specializes in evaluations of green, 90% of people seeking a home has at least some knowledge of green. " Buyers have to do some field work to find a qualified professional who can help them find or sell your property green. To the extent that we are going to be waiting for realtors to get on board, appraisers will come after the estate, which is making this move towards green energy and energy efficiency more complicated and protracted.

To make matters worse for movement, there are builders and builders' associations that are all in defiance the movement to make homes and businesses more efficient. You may need to re-read that last sentence. It's true. In recent months I have received emails of my local association of builders urge your builder / contractor of the members to attend a conference with State House to fight the spread of the code energy. The new law, since it has been approved, allows different cities to make more stringent energy codes in their own municipalities. Could go through the proper channels and require monitoring of energy conservation at every level above the current code were appropriate.

One of the arguments used to fight this new law would be difficult for builders to keep up with the different requirements from town to town, as some people require more or less than any other people. I understand how the constructor of the former, housed in a building to the absolute minimum requirements, would affected by this new law. Actually, these are the guys who would be forced into doing additional field work. I think the boys committed to the lowest quality, the less efficient building practices should have to do more to stay in business. Companies like mine have to work too hard to convince people that is worth the additional cost to construct a building more efficient when they have a quote from the guy who wants to build an old-fashioned, home of lower quality less. At the same time, banks, appraisers and realtors, will encourage consumers to go to the highest bidder, through construction of low compositions mediocre quality and valuations compared to my product. Forgive me if I do not sympathize with the old school, stick builders and contractors.

The fact is that the strictest on the building, less other items will cost, including heating and air conditioning. Less system will be needed to heat the same size house and less energy will be used later to run the heating and cooling systems. As an example, we recently installed a geothermal system for a client who was brought to our area by their employer. Without really investigating who was hiring, or what kind of house that would, who hired the experienced builder. I shuddered when the homeowner told me that the builder told him that 2×4 construction with fiber insulation Glass is still the way forward when the construction. As a result, he got a drafty house, with a system of 6 tons of heating. If there better insulation, which could have a system of 4 tons, which cost less to run, and would be less, saving money in both the small system, and the amount of energy used to run the system. I hope that makes sense.

For a company like mine, this is not a problem. We build to an energy above any standard set of rules available, including the ENERGY STAR program. The Energy Star program is a good starting point, and if all the builders there at least I could meet these requirements, the movement toward efficiency would be well advanced. As builders and contractors would be in a much more of conditions, and as consumers, at least, the contractor is bidding low will perform at a higher level, and consumers would not have to worry about conflicting messages construction of "professionals". When builders build with cheaper materials, it means more profits for them, and less money to whenever you receive a utility bill. Energy efficiency is an investment that costs more initially but will pay for itself over and over once again. I will say that as many times as necessary.

The other argument used is that the added cost of building an energy efficient structure assessing the construction costs beyond the reach of many consumers. I see this as more malarkey. As consumers always want more than they can afford. Many say it is human nature. In the past 15 years, many of the homes built are called mansions. How many of these houses are being excluded? Too many. People bought these houses, and allowed some shady lending practices, and people can not really afford these homes, living in another place. My point is that people need to be more realistic about what they are buying. When people bought the houses, the last thing on his mind was how much it would cost heat and / or cool homes. I can guarantee that these houses were not built to the highest standards. These houses were built by the lowest bidder contractors become advocates, placing entire communities of minimally construction, excessive pricing, profit machines.

My point is simply should at least be aware of what our buildings will cost to live and work in. Unless you pay in advance by the building, the more you pay long term. With incentives, tax rebates and energy savings are likely to see greater savings than the increase in mortgage payments, ie the additional investment pay for itself from day one. If we spend more on items that can help with long-term costs and actually pay for themselves over time, address the issues that only costs us money we can afford to live more efficiently. This could be a difficult task for some, but is increasingly a reality and the need every day.

About the Author

My name is Dan Welton, and after working the last couple of years in energy efficient construction, solar and geothermal installations, I’ve realized there is too much information in too many places, and consumers are overloaded with information.

I’ve created a place where they can learn and interact with pros in green, energy efficient technology. Please visit & join us @ www.energysmartearth.socialgo.com. Thank you!

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