Over the past few years, there has been a ground swell of Green building interest by home buyers and builders. In response to the growing demand to conserve energy in our homes, there are several new mortgage programs that allow home buyers to finance the cost of energy improvements into their mortgage, to increase their loan-to-value, or improve their qualifying ratios. Some of the more common improvements that are used to make homes more energy efficient include the addition of new windows, high efficiency heating/cooling systems, and improved insulation. All of these contribute to reduced energy use, and also to making homes quieter, more comfortable, and more desirable.

Mortgage Programs

These programs allow buyers to purchase a more expensive home that has a lower cost of ownership to offset the larger mortgage payment. There are 2 types of financing options available
that cover a variety of scenarios for energy efficient homes.

? Energy Efficient Mortgages (EEM’s) allow borrowers to qualify for a larger loan, using expanded income ratios, sometimes with the same down payment.

? Energy Improvement Mortgages (EIM’s) allow borrowers to include in the mortgage the cost of making an existing home more energy efficient, when they refinance or purchase the home.

These products are available through your local mortgage brokers and banks using FNMA, FHLMC, FHA, and VA guidelines.

EPACT 2005-2008 provides $2000 Builder Tax Credit

The Energy Policy Act of 2005 established a federal tax credit for builders that apply to each home that exceeds the energy performance threshold outlined in the 2004 International Energy Conservation Code (IECC2004). Eligible homes must be at least 50% more efficient than homes built to the IECC2004. It is fairly easy for builders to achieve this threshold by building tighter homes, installing high-performance insulation, and sealing duct work. The best way for a builder to find out how to meet EPACT is to consult with a certified RESNET (Residential Energy Services Network) Home Energy Rater. In order for a builder to receive a $2000 tax credit, the home must be rated by a RESNET certified rater using IRS approved software. For more information, visit http://www.natresnet.org/taxcredits/default.htm.

What makes a home energy efficient?

The cost of heating and cooling a home represents the largest cost of ownership, outside of the home mortgage expense. Everyone wants a home that is comfortable to live in, and yet the costs associated with reaching a comfortable level can be very high. Energy Efficiency can be defined as the use of products or systems that use less energy to do the same or better job as conventional products. In home construction and performance, there are many areas where energy efficiency can be achieved, to allow you to meet those desired comfort levels.

The EPA’s ENERGY STAR? program has developed a process for evaluating products used in a home, such as appliances, windows, lighting and other products that meet or exceed certain efficiency standards or recommendations. When choosing products for a home, ensure the products meet Energy Star ratings. This can include furnace, air conditioning and water heater performance, replacement of appliances in the home, and installation of energy efficient lighting such as Compact Florescent Lamps (CFL’s).

Other construction design aspects can have a significant impact on the energy performance of a home. Insulation levels should be adequate for the environment, and more importantly, proper installation of the insulation is critical in ensuring it is performing to the expected levels. Air infiltration and leakage can be another area where hidden openings in the building shell can cause heat and cooling losses to occur, reducing the efficiency of the home’s performance.

In addition to performance of individual components in a home, the EPA’s Energy Star Program also works with builders to qualify and certify home performance, to ensure that maximum performance is achieved. ENERGY STAR? qualified homes are designed to be at least 15 percent more energy efficient than homes built to the 2004 International Residential Code (IRC). ENERGY STAR? qualified homes offer homebuyers all the features they want in a new home, plus energy-efficient improvements that deliver better performance, greater comfort, and lower utility bills.

ENERGY STAR? homes have had their energy efficiency independently verified by an inspector known as a Home Energy rater. A HERS Rater will inspect and test the home during construction, and verify that the home meets EPA’s strict guidelines for energy efficiency.

RESNET; Establishes rules for the energy rating industry

In 1995 RESNET was founded to develop a national market for home energy ratings and energy efficient mortgages. One main goal of RESNET was the development of standards for quality of rating services. The standards set the national procedures for home energy ratings, and include testing and accreditation for raters and providers, development of verification processes for homes meeting ENERGY STAR? and energy efficient building standards, as well as meeting local Energy Code compliance.

A certified HERS Rater follows a prescribed standard for how a home is measured, verified and rated, and must comply with national standards to continue to perform certified ratings.

What is an energy audit or HERS Rating

A Home Energy Rating, performed by a Certified HERS Rater, consists of a full visual analysis of components and aspects of the home, along with energy performance testing of air infiltration with a tool called a blower door. Evaluation of home energy bills can also be included. A blower door slightly de-pressurizes the home and determines the amount of air leakage present. The home is compared to a hypothetical reference home which is based on the IECC 2004, and the home is then provided with a rating. The rating can be a numerical HERS rating or a ’star’ rating based upon ENERGY STAR? requirements.

Along with the actual performance rating, the homeowner will be provided with details on areas of the home that need to be improved, in order to further save energy costs and improve the comfort and efficiency of the home.

Wind power is an interesting idea. There are people who have been installing wind turbines and then taking themselves “off the grid.” This means they disconnect themselves from the electric company and never deal with them again. No bills, no notes, no phone calls. Nothing.

This sounds like a great idea, but it requires installing wind turbines, which can be costly. However, there are ways to make some money back. In the United States, there are many states that offer tax breaks by using alternative energy. You will save money if you qualify and you will make your money back faster. There are also some states that allow homeowners to sell the extra energy back. These are “net metering laws.” When using the wind turbine, the electricity meter will actually spin backwards. Net metering laws allow homeowners and businesses to be billed only for their net energy consumption as opposed to all of the energy they used.

Net metering helps because customers get full value of the electricity they use. People who use wind turbines might need to use the power company still because wind is intermittent. Over 40 states offer some type of net metering law. Residents should take advantage of these. They can get more information by going to http://www.eere.energy.gov/greenpower/resources/maps/netmetering_map.shtml or contacting the Dept. of Energy Efficiency and Renewable Energy.

As more people begin using wind turbines and the technology progresses, the cost of getting and installing wind turbines is decreasing. This is good news for anyone looking to use wind turbines. Now, there are other avenues to pursue when looking for alternative energy.

Worldwide, wind energy only accounts for 1 percent of the electricity use. However, there are countries that have taken a bigger role in using wind as a viable solution to meeting alternative energy needs. Denmark uses wind turbines for 19 percent of its electricity productions, Spain and Portugal use nine percent and Germany and Ireland use six percent.

Wind turbines also help the environment. Over the course of the wind turbine’s lifetime, a residential turbine would be equivalent to planting two trees with the amount of carbon dioxide that would be saved. There are many reasons to get on the wind power bandwagon. They are all worth it. If money is the only thing holding you back, consider all the rebates and benefits you can get from owning a wind turbine. You will make your money back in a few years.

Green Power Easy – The Easy Guide To Solar And Wind Power.

Solar energy solutions: The sun?s energy is the most abundant energy available on earth. Make use of this free energy. You can employ solar power solutions at home. This will not only cut down power bills but also help you contribute to a greener world. Solar power solutions comprise of solar cookers, solar heating systems, solar lighting systems, solar dryers etc.

The sun has always been a source of heat energy and light energy. With the advancement of technology, the sun?s energy can be used to create other forms of energy.

The solar energy systems have many advantages apart from being cost-effective and environment-friendly. They are low on maintenance thus saving your time and effort. Also, solar systems give you a return on investment very soon, thus making the systems free after some time. Cooking with solar energy is also considered extremely healthy. Families have started employing solar energy as a power solution at their homes.

Hydro energy solutions: The hydro energy or water energy is an effective renewable energy. One can convert the hydro energy into electrical energy to run vehicles and various electrical appliances. Hydro energy is typically generated on a large scale. It has been estimated that 90 percent of the electrical energy produced by renewable resources is produced solely by hydro power. Dams are built to help generate electricity by tapping the water power.

There have been some concerns about using this energy because it is supposed to adversely affect the water-borne flora and fauna.

Wind energy solutions: Windmills were in existence even in the years before the birth of Christ. They helped tow boats and pump water. Eventually, post-industrialization, they became a source for generating electricity.

Windmills and wind turbines have never been pass?. Wind energy can help generate tonnes of megawatts of electricity. When employed at individual estates, it can help do away with conventional power sources. An excellent renewable source of energy, the wind energy will go a long way in promising a good future to generations to come.

Am I proclaiming you’ll never use gas after reading the Water4Gas PDF book? No. However you will use less of it than ever before. What I am proclaiming is that once you download the Water4Gas PDF is you will have found a beginning to diminishing your use of oil. This ebook is not about replacing fuel, but rather supplementing it with water.

That is dumb water doesn’t burn. Fine you got me there. However, follow my logic for a second. Water is made of 2 parts hydrogen and one part oxygen. Hydrogen is flammable, remember the Hindenburg. And nothing burns without oxygen. If you separate hydrogen and oxygen from water, a process called hydrolysis, you get a gas called Browns gas or HHO. It is flammable, with twice the power of fuel. What you do not use condenses back into water vapor. The device in the Water4gas PDF eBook does this with the electricity from your battery.

The cars motor is not designed for this kind of power, so the gas must be mixed with less powerful fuel, just not as much of it. Race cars have been doing this with alcohol for years. Even NASA is in on the game (liquid hydrogen and liquid oxygen IS rocket fuel). Safety is the main difference. Hydrogen is dangerous when it is compressed and stored in tanks. But why go to the trouble when it is naturally compressed in water. Why store it when you can produce it as needed.

Sooner or later there will be a time when all of our cars run on energy not derived from gas. Why wait till its mainstream, the future is now. As we adopt alternative energy in our cars the quicker we rid ourselves of the scourge of foreign dependence on oil the better off our country will be. You can make a difference. The first step you must walk. Then you teach others how to walk. Before long you have personally started a chain long enough to start a revolution.

The device that the Water4Gas PDF eBook is famous for, is only the beginning baby steps that average people can and will take. The book will show you 5 other systems you can build in addition to save even more on gas. Sound hard? If you can change a car battery, you can build this. I’m busy, how long will it take? It will only take a few hours to construct the device and minutes to install. No matter how busy you are, isn’t the time it takes to avoid spending $1.00 – $2.00 on every gallon of gas you pay for worth a couple hours of your time?

Ask yourself this question. Do I want to pay $4 or more for fuel? Do I want to help the USA? Am I against doing my part to save the planet? If you are tired of getting fleeced buying gasoline, it is time to join the thousands of people who have bought the Water4Gas PDF ebook, and are changing the planet one car at a time.

Stop waiting. Take action NOW.

Almost all major car companies have jumped right on to the alternative fuel bandwagon by manufacturing a variety of vehicles designed especially to run on alternative fuel. They are called, of course, alternative fuel vehicles or AFVs for short. Some vehicles are strictly designed and built to run on nothing but alternative fuel while others can run on either gasoline or alternative fuel making them a hybrid car.

As of 2006, here is a list of some of the alternative fuel or GREEN vehicles manufactured by some of the major car companies:

Honda Insight

Honda Accord Hybrid

Dodge Ram Pickup 1500 Series

Dodge Stratus Sedan

Dodge Durango SUV

Dodge Caravan Minivan

Ford Taurus

Ford F-150 Pickup

Ford Escape SUV

GM Impala

Chevrolet Silverado 4 x 2

Chevrolet Tahoe SUV

Chevy Yukon SUV

Nissan Titan Pickup

Toyota Highlander SUV

Toyota Prius

And these are truly just a few of the alternative fuel vehicles that are on the market. There are more and more being designed and manufactured every day. Big car companies know that the wave of the future is going to be towards environmental friendliness when it comes to a personals vehicle. That is why their manufacturing of so many alternative fuel or hybrid vehicles is a huge part of their business plans these days.

Now, you should know that even though it is a good idea to buy an alternative fuel vehicle these days, you will have to pay more money to do so. Alternative fuel vehicles run anywhere from 3,000 to 10,000 USD more than a regular gasoline car. That is why many states offer great incentives for those people who own alternative fuel vehicles.

For example, California, Florida, and Texas have allowed alternative fuel vehicles exemptions when it comes to commuting. These places have commuting or high occupancy lanes that allow cars with a certain number of people in them to use them. If you have an AFV, you can be in this lane even if you are by yourself.

The Federal Government also offers a tax break to those people who have purchased an alternative fuel vehicle in the year 2006. For some, that is an amazing tax advantage and well worth the investment in buying an alternative fuel vehicle.

Manufacturers of nuclear reactor components are entering a pivotal period as the new global landscape of global nuclear energy production takes shape. Nations committed to constructing next-generation nuclear facilities that leverage the latest technology will depend on manufacturers to provide high quality products that foster a safe, secure, and enduring environment for nuclear energy production. Governments, meanwhile, are challenged by the weak global economy that has tightened credit needed to fund some of their long-term nuclear energy initiatives. Suppliers to the nuclear energy construction market are also attempting to keep pace with increased demand as they struggle to stay afloat with a reduced labor force. The companies, which include Areva and Mitsubishi, are leveraging their economies of scale in energy markets by collaborating and aligning with competitors to gain market share and increase their installed base of customers. ( http://www.bharatbook.com/Market-Research-Reports/Nuclear-Energy-Technologies-Worldwide-Components-and-Manufacturing.html )

The report covers shipments, imports and exports, as well as the economic and market trends driving the nuclear technology industry. We identify key market trends and dynamics, and profile major market players, outlining their strategies to maximize growth and profitability.

This report involved aggregating, synthesizing, and analyzing data from several sources, including government and several third-party market research syndicated data suppliers. We have also conducted in-depth interviews with leading experts on nuclear energy manufacturing and production potential. Historical data relating to the manufacturing and distribution of products are culled from government sources. Analysis of these data provides the foundation for our projections of overall market size and growth through 2013. Our projections also take into account data that indirectly affects the growth of the nuclear energy market, such as information provided by the U.S. Department of Energy and National Renewable Energy Laboratory. Another component of our forecasts is the in-depth interviews we conducted with industry experts, including:

Karen Daifuku, Chief of External Relations and Public Affairs, OECD Nuclear Energy Agency, France
Colin Hunt, Research Director, Canadian Nuclear Association
John Moens, Nuclear Industry Specialist, U.S. Department of Energy
Trevor Findley, Director of Nuclear Energy Futures Project, Centre for International Governance Innovation, Waterloo, Canada
Leslie Kass, Director, Business Policy and Programs, Nuclear Energy Institute, Washington, DC

This report also will help:

Nuclear industry Research and Development Professionals keep abreast of competitor initiatives, and product innovations
Advertising and Public Relations Agencies working with clients in the nuclear energy sector to create targeted and compelling messages about the benefits of nuclear energy technology products
Business Development Executives of nuclear energy companies to identify potential partnerships, and detect new product applications.
Government executives leading national efforts to grow nuclear energy installation capacities and adopt leading-edge technologies

Contact us at :

Bharat Book Bureau
Tel: +91 22 27578668
Fax: +91 22 27579131
Email: info@bharatbook.com
Website: www.bharatbook.com
Blog: http://bharatbookresearch.blogspot.com

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With today’s technology, we are able to capture this radiation and turn it into usable forms of solar energy – such as heating or electricity.

Although one could go into technical dissertations on the subject of electromagnetic radiation, how it is converted into solar energy, and the exact qualities of its electromagnetic rays, this is not something the average person needs or wants to know.

But in order to be able to benefit from the use of solar energy, there are a few facts you should know. Knowing these facts can assist you to make sound decisions, when looking at the use of solar power as a clean energy source for your home, RV, or whatever the case may be.

Environmental Facts about Solar Energy?

All life on earth is dependent upon solar energy. In fact, without solar energy, there would be no life at all. Even the lowest life forms, such as plankton and microbes, need solar energy (in the form of sunlight) in order to survive.

Solar energy is completely environmental friendly, producing absolutely no carbon emissions or other harmful byproducts whatsoever.

Solar energy can be used successfully and cost-effectively just about anywhere on the planet. You do not need to live in a tropical or desert climate in order to benefit from the use of solar energy. Solar power has been used successfully in many cold climates and even in the polar regions.

Every area of the United States of America receives enough sunlight to benefit from and make use of solar energy and solar technology.

Currently, the cheapest and most effective way of using solar energy in your home is through the use of solar water heating systems. In fact, solar water heating systems have been commercially available in the United States for over a 100 years.

Solar energy can be used for heating homes effectively in cold climates, as well as in warm climates. In fact, for decades now, solar heating has been in use several cold-climate northern European countries.

Solar energy technology has advanced to the point where it can be now be a viable and cost-effective replacement for regular grid-electricity.

Solar energy is rapidly increasing in popularity – so much so that the demand for solar-powered gadgets is currently greater than the supply.

Facts about Solar Energy Usage

Solar energy can be used to provide electricity, heating and hot water for homes.

Solar energy can also be used to heat swimming pools. Many pools in Scandinavia and Europe are in fact heated with solar energy.

Solar Energy can be used to power vehicles, such as solar powered cars, and even a solar powered airplanes. NASA has successfully designed, built, and tested an airplane which is powered wholly by solar energy.

A few examples are: solar battery chargers, solar flashlights, solar calculators, solar radios, solar-powered attic fans, solar power backpacks (to recharge batteries for small devices), hybrid solar chargers (for cell phones, satellite phones, and more), solar-powered garden lights … and much, much more.