‘Grid System’ Category

 

Green Energy Blueprint Plans for Free Energy

What would happen if you just didn’t send a check to the electric company this month?

You’d probably end up in the dark, right?

Well, don’t write the power company another check before you see what this is all about…

An engineer named David Thompson is showing a growing number of homeowners  how to stop sending checks to the power company…

…while KEEPING the lights on, and it’s completely legal and ethical.

In fact, you’re helping the environment at the same time!

>>Green Energy Blueprint <<

If you’re a homeowner, you know home energy costs are only getting higher… and meanwhile we’re all shelling out $20,000 to have solar panels installed.

So I was pretty excited to stumble on this private website where an engineer with a “do it yourself” streak is practically *giving away* his secrets for cutting your energy bill using just everyday tools and materials you can pick up at the hardware store:

>> Green Energy Blueprint <<

The step by step tutorial videos make everything clear (which is great, if you aren’t the handyman type) and they’re even HD quality so you can see every detail of what he’s doing and copy it.

Most people shell out $150 or more per month for electricity… but you can cut that bill down considerably if you take these simple steps.

David has developed a way to cut your energy bills and become more self sufficient.

The best part is, you can do the same thing (and you don’t have to be an engineer like him). David is going to tell you step by step how to do everything fast, cheap and safely with ordinary tools and some materials you can pick up at your local hardware store.

(And it’s easy, because he walks you through it all with step by step Video Tutorials.)

Check it out right now, and you could cut 70% off your electricity costs over the next few months.

It’s amazing that with just a couple easy “do it yourself” projects you can quickly put together a system to start cutting your energy bill.

The DIY energy projects keep getting better and better and this is the best one I’ve see. It offers multiple solutions to free power.

>> Green Energy Blueprint <<

 
 
 

SkyStream 600: The World’s First Fully Smart Grid-Enabled Wind Turbine

by Timon Singh, 01/11/11

efficient wind turbine, low wind speed, low wind turbine, skystream 3.7, skystream 600, Wind Power, wind turbine

SouthWest Wind Power showed off their latest turbine – the Skystream 600 – this week at CES 2011, and we’re impressed. The latest in SouthWest’s long line of turbines, the Skystream 600 is equipped with a unique Skyview system that can be accessed via the internet to provide users with information about how much energy it is producing in real time. In fact, the turbine is said to be so efficient that it produces 74% more energy than its  predecessor – the Skystream 3.7.

The SkyStream 600 is estimated to average about 7,500 kWhs of energy per year with an average wind speed of 12mph. However it is the fact that the turbine provides ‘real time’ information that is most interesting. This feature makes it the first “fully smart grid-enabled wind turbine” and it is expected to be popular when released in April.

While the price has yet to be announced, households that are interested in diversifying their energy supply would do well to consider this item. Not only is it expected to be cheaper than solar panels, but wind power efficiency is growing each year and anticipated to become the leading form of domestic renewable energy.

 
 
 

Ann Arbor, Michigan Home Is America’s Oldest Net Zero House

Posted October 24th 2010 by J. Angelo Racoma under Green Technology

110-Year Old House Gets an Upgrade & Now Produces Its Own Electricity!

net zero energy house w480

Kelly & Matt’s 110-year old house in Ann Arbor, Michigan is America’s oldest net zero energy house and Michigan’s first of such kind. The house actually produces more energy than it consumes after being retrofitted and renovated. The roof was fitted with solar cells. The walls were fitted with improved insulation. The windows were all changed with insulated glass. The plumbing was converted to low pressure plumbing that requires less water than conventional systems. All this adds up to a net zero energy requirement.

The house usually consumes 10,000 kWh per year, but the solar panel produces 12,500 kWh for a net 2.5 megawatts extra power. This is enough to power an electric car for about 10,000 miles per year.

The total investment cost? $47,130. This yields a return of $104,000 in about 20 years, inclusive of tax credits and feed-in-tariff credits from the electric utility. Not bad for a 110 year old house.

{Editors note: This is one example of how much power is needed and the initial cost to get it. Usually Do-it-Yourself projects will get this done at 1/4 to 1/10 the cost. There are 30 solar panels containing about $3,000 in solar cells. You could build these in 6 weeks or less.}
 
 
 

4 Solar Power Rebates You May Not Know About

It will take a perfect storm of converging forces to push solar power into the limelight as a practical source of reliable power. So far, concerns about climate change, diminishing oil reserves and environmental impacts have all contributed to the growing demand for alternative sources of energy. And for consumers, solar is starting to look pretty enticing thanks to government incentives. Find out what you can get for choosing to solar to power your home.

IN PICTURES: Top 10 Green Industries

Why Solar?
Solar power is theoretically limitless, clean and costs nothing to produce. The cost resides in collecting, storing and transmitting the sun’s energy. To offset the cost to consumers, the federal government, and many state governments as well, have instituted programs to incentivize the purchase of various solar power systems.

The best part about it is that if you do choose to use solar power, it’s not an all-or-nothing choice. Solar can be adapted for specific needs, rather than providing all the power for a home. For example, you can install a system to provide only hot water or heat a swimming pool, while continuing to power the remainder of your home with more conventional energy sources.

Passive solar heating is very effective in areas with lots of sunshine since storage is not an issue. Passive systems use the floors, walls, windows and custom landscaping to absorb and distribute solar energy without the use of any mechanical equipment or devices. (To learn more about solar power, read A Solar-Powered Home: Will It Pay Off? and Spotlight On The Solar Industry.)

American Recovery and Reinvestment Act of 2009
Commonly known as the “stimulus bill”, this act extended energy-related tax benefits that were originally included and amended in two prior acts: the Energy Policy Act of 2005 and the Emergency Economic Stabilization Act of 2008.

The advantage of tax credits in this act over tax deductions is that every dollar spent is subtracted directly from the amount of tax owed, dollar for dollar. Itemized deductions allow you to recover only a fraction of what you spend depending on your income tax bracket.

Beyond the tax credits, rebates are available for specific energy-efficient appliances, automobiles and home improvements. Some of the current programs that apply to solar power are summarized below.

1. Residential Renewable Energy
A 30% tax credit is available for solar systems that are installed and operating by the end of 2016. There is no longer a limit on the amount of the credit, and it applies to energy systems for both existing and new homes. These credits are available for both a principal and second residence, but not for rentals. The credit applies to solar electric systems and solar water heating.

2. Home Improvements
A 30% tax credit is available for the purchase and installation of certain products that make homes more energy efficient. The limit is $1,500 per home and is effective through the end of 2010 for an existing principal residence. (For more on saving energy, see Home Energy Savings Add Up.)

While these improvements are not directly tied to solar power, they do increase the ability of the home to retain the heat and cooling generated by solar systems. The following items are eligible for this credit:

  • Metal and asphalt roofs
  • Insulation
  • Windows and doors
  • Ventilation systems

3. Solar and Wind
Going strictly solar for many people is currently an expensive option, making solar a long-term investment. According to HousingWatch.com, it’s estimated that the average home solar system can be installed for about half the retail cost after accounting for tax credits and rebates. For a 2,000 square foot house, a system with an expected lifespan of 20 years would cost about $30,000.

Sunshine is a scarce commodity in many areas during certain times of the year, not to mention its lack of availability at night. In addition, battery technology has not yet reached the point where solar power can be cheaply and efficiently stored in great quantity.

The near-term answer may be a combination of solar and wind power, both of which are eligible for various tax credits and rebates. The rebate payments are in addition to the tax credits and vary by state. Massachusetts, Minnesota, Wyoming, Arkansas, Utah and Vermont are among the states offering sizable rebates for solar thermal, solar photovoltaic and wind energy systems.

In Massachusetts, for example, residents receive $1 per watt of generated energy and an additional $1 if they meet certain income requirements. A 10-cent per watt bonus is paid if the system is made in the state. A one-kilowatt solar system in Utah qualifies you for a rebate of about $2,000.

4. Connecting to the Grid
One advantage of producing your own power is that you may have the opportunity to sell the excess power that you don’t need. A net-metering agreement between you and your utility company provides the option for the excess to be purchased by the utility at full retail price.

This power swap is accomplished as the electric meter spins backward when your power is fed into the grid. No additional metering is required as your existing meter can measure electricity flow in both directions.

The Bottom Line
Widespread implementation of solar power depends on reducing the upfront cost and dramatically improving battery technology. When deciding to purchase a solar system, do a thorough analysis of the cost and benefits. You may find that the credits and rebates make such a system a practical investment if you plan to remain in your home for many years. (Before you buy into the hype, learn how the industry works and how to spot the winners. Read Spotlight On The Solar Industry.)

Original story – 4 Solar Power Rebates You May Not Know About

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