We conclude our 5 part series on energy deregulation with the state that is leading the way.
The state of Texas has offered consumers the power to choose their electricity provider since 2002. This means that if you're a Texas resident and you're not happy with the service your power company has been offering, you can get different service. You can choose from companies that offer better quality customer service, renewable energy sources, and many other features that your current provider may not have. Let's take a look at the details.
Before Texas electric deregulation was put into effect, only one utility would manage power distribution, transmission and sales in an area. That meant you had no other options. Today, the same company you used to use maintains the distribution and transmission of the electricity, but other companies handle sales and billing. That means that you can work with the business that offers what you want. The reliability and safety of energy distribution are overseen by the Public Utility Commission, to prevent problems in the long run.
About seventy-five percent of the state actually has the ability to choose the Texas power company that they want, instead of having no control over their bill, where their power comes from, or what kind of service they recieve. The rest of the state is unfortunately not subject to competition for a number of reasons. Electricity cooperatives and large cities, including San Antonio and Austin, are not open for competition. You can get in touch with your co-op or city utility to find out more.
Texas electric deregulation is about power choice, and we hope that it's going to lead to some real innovation. After all, Texas is now one of the leading producers of wind power in the United States, and plenty of additional wind farms are in development. That means that you could say goodbye to using power that comes from coal plants that pollute the air and water, or natural gas plants that use a nonrenewable resource. This wouldn't have been possible without deregulation.
Texans are encouraged to shop for good prices and good service, and it's easier than it's ever been. After all, there are plenty of informative websites out there that give you the information you need to decide which energy supplier is right for you. The most advanced site (ChooseEnergy.com) lets you compare power prices in real time without needing to leave the website, and can even place orders. These orders go right to the electric company you decide will be the best choice for your situation.
Once you've made all the comparisons, picked a new Texas electricity provider and had your order accepted by the company, you should expect to receive a terms of service agreement from them, as well as some information listing your rights as one of their customers. There's no need to get in touch with your current provider - that's all going to be handled by the new one. You'll get a notice of your change request in the mail, and the change of service will happen the next time you have your meter read. You'll get bills from the old company until you've paid in full, and once that final bill is paid, you'll start getting ones from the new provider.
That's all it takes to exercise your power to choose in Texas. The reliability of your power will be the same, outages will occur with the same frequency that they always have (hopefully not often) and your local wires company still maintains your delivery. However, you now have a choice in which company sells you your power, the rate you buy it at, and how it's produced. The customer is getting more control over their utilities in the state of Texas. That's a great thing for nearly everyone.
Take the time to find out if you have the option to change your power supplier - you could really benefit. It's not hard to do, and your service can only get better. Companies now have an incentive to offer better pricing, cleaner energy, and better quality service. After all, you could always try your luck with someone else.
Showing posts with label wind power. Show all posts
Showing posts with label wind power. Show all posts
Wednesday, September 16, 2009
Thursday, April 23, 2009
Texas Electricity - History
Here is a little bit of history of electricity in America for you...
The earliest documented experiments with electricity in America were by Benjamin Franklin. He did some very extensive work, financing his experiments by selling his possessions. He is best known for reputedly tying a metal key to the end of a wet kite string and flying the kite during a storm. Observing the sparks that leapt from the key to his hand, he realized that the lightning was a natural form of electricity.
The invention of an electric cell by Alessandro Volta of Italy in 1800 made it much easier for scientists everywhere to study electricity and its applications. The electric cells were connected together, creating a battery.
Alexander Graham Bell is generally known as the inventor of the telephone. A teacher of the deaf by profession, he was fascinated with methods to transmit sound. He used electricity in his experiments on sound transmission that led to the success of the telephone.
A Connecticut mill worker named Thomas Doolittle created a method to make the very first hard-drawn copper wire that was durable enough to be used as telegraph wire.
Michael Faraday of England was the first to understand that electricity could be created by passing a magnet through copper wire. This same application is used all over America today in power plants to create electricity to send out to customers everywhere. The electric generator and motor are both built using this principle. Generators take mechanical energy and turn it into electricity. Motors take electrical energy and turn it into mechanical energy.
Thomas Edison did a great many experiments with electricity. He invented the electric light bulb as well as many other electrical gadgets. His largest challenge with the light bulb was finding an appropriate material for the filament. He finally settled on a cotton thread soaked in carbon. The carbon prevented the thread from burning. When the electricity went through the thread, it glowed. When the light bulbs caught on, Edison turned his attention to developing a power plant that would help run all those light bulbs. His first power plant began operation in 1882, serving 85 customers in New York City.
A big turning point came in 1895. Edison's power plant used direct current (DC), and could only transport the power for a short distance, which turned out to be approximately one square mile around his power plant. The development of alternating current (AC) allowed George Westinghouse to transport power over 200 miles from his new Niagara Falls power plant.
Electricity was slow to take root in America. While many people were excited about all the new inventions, some were afraid of the new electrical current and thought it would be dangerous to put into their houses. Others could not afford the service. Electricity was criticized as causing the end of a simpler way of life. Electric lights were accused of being "less romantic than gas light."
New inventions using the power of electricity were often exhibited at fairs and expositions around the world. In 1893, the Columbian Exposition in Chicago used 90,000 incandescent lamps and 5,000 arc lights. Visitors to the exposition could see or ride on electrified attractions that included elevators, three cranes, several water fountains a moving sidewalk and an on-site streetcar system created by General Electric.
In 1901, the Pan-American Exposition in Buffalo, NY had electricity as its theme. It featured a 400 foot tall Electric Tower that utilized 40,000 lights and the Electricity Building, which housed a large exhibition of electrical appliances.
As small electrical companies sprang up across the country, power became available to more people. Many of the smaller companies began to merge into larger conglomerates, the largest of whom were Westinghouse Electric Company and General Electric Company. These companies built power plants with generators that produced electricity through the use of steam, fossil fuel combustion. Other plants were built using kinetic power to generate power such as wind or water. When nuclear power was developed, the power released when nuclear reactions occurred began to be used to create electricity.
Electricity demand grew 12% each year during the first thirty years of the twentieth century. Today, as demand continues to grow, renewable sources of power are increasingly being put to work to supply electricity. Wind power, hydropower and solar power are all being put to more use as America tries to meet the demand and help the environment at the same time.
The earliest documented experiments with electricity in America were by Benjamin Franklin. He did some very extensive work, financing his experiments by selling his possessions. He is best known for reputedly tying a metal key to the end of a wet kite string and flying the kite during a storm. Observing the sparks that leapt from the key to his hand, he realized that the lightning was a natural form of electricity.
The invention of an electric cell by Alessandro Volta of Italy in 1800 made it much easier for scientists everywhere to study electricity and its applications. The electric cells were connected together, creating a battery.
Alexander Graham Bell is generally known as the inventor of the telephone. A teacher of the deaf by profession, he was fascinated with methods to transmit sound. He used electricity in his experiments on sound transmission that led to the success of the telephone.
A Connecticut mill worker named Thomas Doolittle created a method to make the very first hard-drawn copper wire that was durable enough to be used as telegraph wire.
Michael Faraday of England was the first to understand that electricity could be created by passing a magnet through copper wire. This same application is used all over America today in power plants to create electricity to send out to customers everywhere. The electric generator and motor are both built using this principle. Generators take mechanical energy and turn it into electricity. Motors take electrical energy and turn it into mechanical energy.
Thomas Edison did a great many experiments with electricity. He invented the electric light bulb as well as many other electrical gadgets. His largest challenge with the light bulb was finding an appropriate material for the filament. He finally settled on a cotton thread soaked in carbon. The carbon prevented the thread from burning. When the electricity went through the thread, it glowed. When the light bulbs caught on, Edison turned his attention to developing a power plant that would help run all those light bulbs. His first power plant began operation in 1882, serving 85 customers in New York City.
A big turning point came in 1895. Edison's power plant used direct current (DC), and could only transport the power for a short distance, which turned out to be approximately one square mile around his power plant. The development of alternating current (AC) allowed George Westinghouse to transport power over 200 miles from his new Niagara Falls power plant.
Electricity was slow to take root in America. While many people were excited about all the new inventions, some were afraid of the new electrical current and thought it would be dangerous to put into their houses. Others could not afford the service. Electricity was criticized as causing the end of a simpler way of life. Electric lights were accused of being "less romantic than gas light."
New inventions using the power of electricity were often exhibited at fairs and expositions around the world. In 1893, the Columbian Exposition in Chicago used 90,000 incandescent lamps and 5,000 arc lights. Visitors to the exposition could see or ride on electrified attractions that included elevators, three cranes, several water fountains a moving sidewalk and an on-site streetcar system created by General Electric.
In 1901, the Pan-American Exposition in Buffalo, NY had electricity as its theme. It featured a 400 foot tall Electric Tower that utilized 40,000 lights and the Electricity Building, which housed a large exhibition of electrical appliances.
As small electrical companies sprang up across the country, power became available to more people. Many of the smaller companies began to merge into larger conglomerates, the largest of whom were Westinghouse Electric Company and General Electric Company. These companies built power plants with generators that produced electricity through the use of steam, fossil fuel combustion. Other plants were built using kinetic power to generate power such as wind or water. When nuclear power was developed, the power released when nuclear reactions occurred began to be used to create electricity.
Electricity demand grew 12% each year during the first thirty years of the twentieth century. Today, as demand continues to grow, renewable sources of power are increasingly being put to work to supply electricity. Wind power, hydropower and solar power are all being put to more use as America tries to meet the demand and help the environment at the same time.
Tuesday, April 07, 2009
Wind Energy - It's Right for Texas is it Right for You?
With the economic crisis and more and more people becoming wary about our dependence on foreign oil, it only makes sense to start looking at alternative energy sources like wind power.
Wind power essentially refers to the conversion of wind energy into electricity through the use of wind turbines. Between 2005 and 2008, the world doubled its production of wind energy, and recently, it has been cited that it accounts for 19% of the energy in Denmark and 11% of the energy in Spain and Portugal.
When we hear about wind farms, we often hear about ones that are built on a large scale. These larger wind farms are connected to the local electric transmission network, while smaller turbines are used to send electricity to isolated locations. Large and small wind farms may both end up having their electricity bought back by utility companies.
With the fact that wind power has been cited as an impressive alternative to fossil fuels, and given the fact that it is derived from a plentiful and renewable clean resource, there are plenty of reasons to be interested in this form of power. While the means to back the system up due to intermittent winds is something that is important to think about, the truth is that the costs of backing up these intermittent outages are considered moderate.
What do you need to know when you are thinking about setting up your own wind farm? The truth is that it is easier than you might think. One major factor that you need to look for is wind consistency. Remember that you should look for a place with relatively consistent winds of around fifteen to twenty five mile an hour speeds. Remember that typically, higher is better.
You may be surprised to find that people who are looking to make a go of the wind farm industry are heading en masse to Texas. Texas is leading the nation in terms of wind power capacity and production, and as a state, it has long believed that the future of the off shore wind industry is off of the Texas Gulf Coast.
On a smaller scale, it is worth noting that Texas farmers can lease out land to wind developers, They can charge a fee for each turbine rented or for a small percentage of the gross annual income from the project. Not only is this pumping life into an economy that sorely needs it, it is also providing more clean energy with a negligible effect on traditional farming and grazing practices.
Where do you stand when it comes to the debate on wind power? There are many people who are interested in seeing where wind power can take us, and its future in America is quite bright. Take some time to consider what your options are going to be as you look at the possibilities of getting your Texas electricity service from Wind Energy. You can compare wind energy options at www.ChooseEnergy.com.
Wind power essentially refers to the conversion of wind energy into electricity through the use of wind turbines. Between 2005 and 2008, the world doubled its production of wind energy, and recently, it has been cited that it accounts for 19% of the energy in Denmark and 11% of the energy in Spain and Portugal.
When we hear about wind farms, we often hear about ones that are built on a large scale. These larger wind farms are connected to the local electric transmission network, while smaller turbines are used to send electricity to isolated locations. Large and small wind farms may both end up having their electricity bought back by utility companies.
With the fact that wind power has been cited as an impressive alternative to fossil fuels, and given the fact that it is derived from a plentiful and renewable clean resource, there are plenty of reasons to be interested in this form of power. While the means to back the system up due to intermittent winds is something that is important to think about, the truth is that the costs of backing up these intermittent outages are considered moderate.
What do you need to know when you are thinking about setting up your own wind farm? The truth is that it is easier than you might think. One major factor that you need to look for is wind consistency. Remember that you should look for a place with relatively consistent winds of around fifteen to twenty five mile an hour speeds. Remember that typically, higher is better.
You may be surprised to find that people who are looking to make a go of the wind farm industry are heading en masse to Texas. Texas is leading the nation in terms of wind power capacity and production, and as a state, it has long believed that the future of the off shore wind industry is off of the Texas Gulf Coast.
On a smaller scale, it is worth noting that Texas farmers can lease out land to wind developers, They can charge a fee for each turbine rented or for a small percentage of the gross annual income from the project. Not only is this pumping life into an economy that sorely needs it, it is also providing more clean energy with a negligible effect on traditional farming and grazing practices.
Where do you stand when it comes to the debate on wind power? There are many people who are interested in seeing where wind power can take us, and its future in America is quite bright. Take some time to consider what your options are going to be as you look at the possibilities of getting your Texas electricity service from Wind Energy. You can compare wind energy options at www.ChooseEnergy.com.
Subscribe to:
Posts (Atom)
Posts
