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Showing posts with label Wind Power. Show all posts
Showing posts with label Wind Power. Show all posts

ANGELA ORLANDO CONTRIBUTING PHOTO JOURNALIST






Texas Windmill on the Texas Salt Grass Prairie - HWW!!!
WINDMILLS. Before the introduction of windmills to Texas, inhabitable land was confined to areas where a constant water supply was available. There was no way for vast areas to be settled without a life-giving supply of water. The coming of the windmill made it possible to pump water from beneath the ground, and soon whole new areas of the state were opened up to settlers. The first windmills in Texas were of the European style, built by Dutch and German immigrants for grinding meal and powering light industry. What Texans needed most, however, was a windmill that pumped water. Because of its bulk and need for constant attention, the European windmill was impractical for this purpose. The solution to this problem came in 1854, when Daniel Halladay (Hallady or Halliday) built the first American windmill in Ellington, Connecticut. He added to his mill a vane, or "tail," as it was called by Texas cowhands, that functioned to direct the wheel into the wind. The wheel was a circle of wood slats radiating from a horizontal shaft and set at angles to the wind, designed so that centrifugal force would slow it in high winds; thus, the machine was self-regulating and operated unattended. Its simple direct-stroke energy converter consisted of only a shaft and a small fly wheel to which the sucker rod was pinned. This compact mechanism was mounted on a four-legged wood tower that could be constructed over a well in one day. Railroad companies immediately recognized windmills as an inexpensive means of providing water for steam engines and for attracting settlers to semi-arid regions through which they planned to lay track. In 1860 the Houston Tap and Brazoria Railway purchased the right to manufacture and use James Mitchell's "Wind Wheel" on its right-of-way from Houston to Wharton. By 1873 the windmill had become an important supplier of water for railways, small towns where there were no public water systems, and small farms. Many of the very early mills were crude, inefficient, homemade contraptions. One of the popular makeshift mills was a wagon wheel with slats nailed around it to catch the wind, mounted on half an axle. The axle was fastened securely to a post erected beside the well. A sucker rod was pinned to the edge of the hub. It was stationary and worked only when the wind blew in the right direction. The windmills used later on the big ranches were the more dependable factory-made windmills. By 1900 windmills were a common sight in Texas. Inhabitable land was no longer limited to regions with a natural water supply. The windmill made the most remote areas habitable. The last major development in the windmill came in 1915. A housing that needed to be filled with oil only once a year was built around the mill's gears. This relieved the range rider of his biweekly greasing chores and somewhat diminished the windmiller's job. Because of the dependability of this improved windmill, worries over water shortages were eased for the rancher, farmer, and rural dweller. This mill was the prime supplier of water in rural Texas until 1930, when electric and gasoline pumps began to be widely used. Though Texas became the largest user of windmills in the United States, there were never more than three active manufacturers of windmills in Texas at one time. Only two Texas manufacturers, the Axtell Company in Fort Worth and the San Antonio Machine and Supply Company, produced windmills on a large scale. The last water-pumping windmill patented in the United States, however, was invented by a native Texan, W. W. Welborn, in 1951, in the small southwestern town of Carrizo Springs. The King Ranch in the late 1960s kept 262 mills running continuously and 100 complete spares in stock. The XIT Ranch in the Texas Panhandle at one time had 335 functioning windmills. Stocking spare mills is a common practice among ranchers who depend on the windmill to supply water for cattle in remote pastures. Because the windmill has been confined for the most part to remote areas, it has become a symbol of a lonely and primitive life, fitting for the pioneer Texans it first served. Aermotor Windmill has a very interesting 118 year business history. However, one simple truth stands undiminished by time or geography. Aermotor Windmill has continuously manufactured windmills since 1888 and is the only windmill manufacturer in the USA. In 1986 Aermotor was purchased by an investor group and moved to San Angelo, Texas. The name was changed to Aermotor Windmill Corporation. See: www.tshaonline.org/handbook/online/articles/aow01 and
www.aermotorwindmill.com/company/9-company-related/12-his...

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Texas Faces Power Shortages Possibly 10 Years Out


www.BestPricedElectricity.com



via Texas Commercial Electricity by admin on 5/29/12


A new study suggests Texas may be having to deal with with power shortages for the next 10 years or so (source:  The Statesman) . These power shortages would happen during peak demand periods each year. So for instance, on a very hot summer or very cold winter you can expect that would be the time when everybody's power goes out.
This worse case scenario occurs because too many people are demanding electricity at the same time. Combine this increase in demand from an expanding population and economy in Texas with EPA actions preventing coal fired power plants from being built. It isn't that Texas wants to pollute the environment, kill the elderly and poison small children.
The fact of the matter is that new coal technology allows for clean burning cheap coal to meet demand for electricity and still let everyone have affordable electricity.
It will always sound great to protect the elderly and the children and like you I want to do this as well but when the elderly and children are used in propaganda by green activists to the eventual hardship of every Texas power consumer someone needs to say something.
The Electric Reliability Council of Texas has hired an outside consultant that will be delivering a report on June 1 on how Texas can encourage the construction of new power plants.
Right now wholesale electricity prices are too low to attract investors in new electricity generation plants and you have the EPA to contend with if you mention the word, coal.
Remember at one time TXU was planning to create at least 11 new state of the art coal fired power plants and now look at the situation?
For now Texas must work to get more commercial and industrial customers to agree to interrupt their electricity usage during peak demand times in exchange for payment.
A noteworthy aspect to getting businesses to automate electricity curtailment is that in the process they sometimes create complete backup generation systems that can produce onsite electricity through natural gas and remain completely off the grid long term.
Hopefully we will see more off the grid electricity systems that are built for these individual facilities alleviating Texas electricity demand troubles.
You can learn more about commercial distributed generation systems and implementation in Texas by watching the video below.




Why are you paying too much. for ELECTRICITY?

WWW.BestPricedElectricity.com




















Check my website to see if your paying to much for Electricity or Natural Gas. All you need is your last months bill and computer access. First thing after you go to the website is to key in your zip code to see if we service your area. If we do than you can see how we compare to your provider. I am an AMBIT MARKETING CONSULTANT. Ambit's goal is to be the best Service Provider in America. I know the Thompson family personally. Ambit Energy, their motto, “Never sacrifice integrity for growth.”

Google PowerMeter's first device partner



Sent to you by Jesse C Smith Jr via Google Reader:





via The Official Google Blog by A Googler on 10/5/09

Today, we're very excited to announce we have secured our first official device partner. (That means having a smart meter installed by your utility is no longer a prerequisite for using Google PowerMeter!) For the last several months, a few hundred Google employees have been testing a number of in-home electricity monitoring devices. Those of us lucky enough to have one of these devices installed in our homes experienced first-hand how access to high-resolution energy use information drives meaningful behavior change (PDF). So we set out to make that data easier for everyone to access and understand by sending the collected data to our Google PowerMeter software.

The TED 5000 from Energy Inc. is an energy monitor that measures electricity usage in real-time (TED stands for "The Energy Detective"). As of today, we're pleased to announce that anyone in North America can purchase and install the TED 5000 and see personal home energy data using our free software tool, Google PowerMeter, from anywhere you can access the web including through iGoogle for mobile phones. (If you already have a TED 5000, you can download a free firmware upgrade to enable this functionality.)

Combined with Google PowerMeter, the TED 5000 device can help you understand your electricity usage to save energy and money. Energy Inc. is just our first device partner and if you are working for a company that manufactures energy monitors, we'd like to hear from you. Stay tuned for more!

Posted by Tom Sly, New Business Development & Charles Spirakis, Software Engineer






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Honeywell Wind Turbine to be Sold at Ace Hardware Stores for $4,500

We are researching funding for a test of this at our location. Any generous readers?

via Green Building : Jetson Green by Preston Koerner on 6/8/09

HonneywellTurbine-windtronics

Last week, we mentioned that the small wind market is growing like crazy, and if things go as planned, there could be another turbine company to watch. The Honeywell Wind Turbine from EarthTronics, according to Martin LaMonica of CNET, will be sold in participating Ace Hardware Stores starting this October. EarthTronics claims the turbine can generate power at wind speeds as low as 2 mph. With Class 4 winds, the turbine can generate about 2,000 kWh per year, which is roughly 15-20% of an average home's electricity needs.

The turbine design is key to generating power at such a low wind speed. Unlike vertical axis or three-blade designs, the Honeywell Wind Turbine resembles a fan -- the design eliminates the box, shaft, and generators -- but it's gearless. The six-foot, 95-pound turbine generates power at the blade tips, rather than at the gear box.

For $4,500, the Honeywell Wind Turbine Power Blade System will be sold with a computerized smart box, inverter, and inter connect switch to wire the system to the household panel. EarthTronics says the turbine's installed cost is lower than any other turbine on the market today.

With free federal money and possible state and utility incentives, it could make economic sense to buy a Honeywell Wind Turbine. In favorable incentive areas, EarthTronics anticipates a payback of 12-36 months, so this will be a neat piece of technology to watch. I guess the question is, would you buy one?

[+] Small wind turbine works at low wind speeds by CNET.

Photo credit: Earthtronics.


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