Earth, wind and wire: Going beyond solar panels

February 10, 2010 at 10:16 AM 2 comments

Not long ago, people who wanted to generate their own green energy at home had to content themselves with rooftop solar panels.

But new technologies — and hefty government subsidies — are now allowing homeowners to tap the wind, the Earth and other renewable sources in their own backyards.

Call it the green evolution.

The cost of heating and cooling with fossil fuels has nowhere to go but up, thanks to rising global demand and increased regulation of carbon emissions. Turning one’s home into a clean mini-power plant is getting cheaper and easier all the time.

Here’s a look at three technologies that some California residents are using now to cut utility costs while turning their homes into truly green houses.

Small wind

Californians driving along gusty interstates near such places as Palm Springs are accustomed to seeing commercial wind farms, where turbines as tall as buildings spin lazily against a blue sky.

These days, a modest but growing number of people are using a downsized version of that technology inside their own fence lines.

Roughly 10,500 small turbines were sold to homes, farms and businesses nationwide in 2008, according to the American Wind Energy Assn. Though 2009 figures aren’t yet available, demand last year remained strong despite the recession, said Elizabeth Salerno, the association’s director of data and analysis. A survey of small-turbine manufacturers has projected a thirtyfold increase in the U.S. market by 2013.

Locally, some of the growth comes from companies eager to lower their electricity costs. In Palmdale, for instance, city officials are allowing businesses to install wind turbines up to 60 feet high. Among them is Wal-Mart Stores Inc., which has a 17-turbine project planned for its Sam’s Club store in Palmdale.

But interest is also surging among people such as Ernest Ramirez. He and his wife live in Oak Hills, an unincorporated, blustery section of western San Bernardino County dotted with spacious homes on multi-acre lots. The couple weren’t looking to install a wind turbine. Their 3,250-square-foot home, which they purchased in 2003, just happened to come with one.

Ramirez can’t imagine life without it now.

Perched on a slender tower about 80 feet high, the 10-kilowatt turbine has three 10-foot-long blades that whip often enough to keep his power bills from Southern California Edison at about $100 a month — roughly a quarter of what he calculates he’d fork out otherwise.

Gusts are so fierce in this part of the Cajon Pass that they have been known to snap trees and jackknife semi-trucks. But Ramirez welcomes a bad hair day.

“When I get out of my car and it’s blowing 35 mph and I have to stay inside the house, at least I know I’m saving money,” said the 46-year-old grant writer. “Wind is such a precious resource.”

Ramirez said he could count seven neighbors with their own wind turbines. Still, what works in windblown, rural San Bernardino County won’t necessarily fit everywhere.

For a turbine to make economic sense, the AWEA said, a homeowner considering one should live in an area where 10-mph winds are frequent and be paying at least 10 cents a kilowatt-hour for electricity. Permitting is also a challenge in many communities; some neighbors consider the spinning contraptions ugly.

The technology certainly isn’t cheap, running about $3,000 to $6,000 per kilowatt installed, or about $40,000 for a system large enough to power a typical home, according to the AWEA.

Subsidies are helping to soften some of that sticker shock. Homeowners can get a hefty rebate from the state of California — up to $12,500. They’re also eligible for a 30% investment tax credit from the federal government.

For full article click HERE

Advertisements

Entry filed under: Conservation, Energy, Green Tech. Tags: , , , , .

Biodiesel as an Alternate Fuel One Step Forward for Biomass Power

2 Comments Add your own

  • 1. Luigi Fulk  |  February 24, 2010 at 4:03 PM

    Solar powered panels can either be mounted on the roof or your structure, or they can be installed as ground units. During the daylight hours, these panels will collect and store energy from the sun. After peak sunlight hours the stored energy will run the electricity for you business. If you need more electricity than what the panels can produce, it will come from the utility company. Solar powered electricity is a way to reduce your use of coal burning electrical power. Solar power is quiet, and it produces no waste by product.

    Reply
  • 2. Melvina Romanowicz  |  March 11, 2010 at 12:59 PM

    Stumbled into this site by chance but I’m sure glad I clicked on that link. You definitely answered all the questions I’ve been dying to answer for some time now. Will definitely come back for more of this. Thank you so much

    Reply

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s

Trackback this post  |  Subscribe to the comments via RSS Feed


University of San Francisco: unplugged

USFUNPLUGGED is brought to you by the Environmental Safety Community Outreach Liaison’s of USF. Here to educate, assist and encourage, we want you to get involved with the GREEN movement taking place on campus!

Unplugged Rewind


%d bloggers like this: