Posts Tagged ‘Texas’
Texas Wind Energy: Separating the Facts from the Hype
Monday, January 17th, 2011Tags: Energy, Facts, From, Hype, Separating, Texas, Wind
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San Antonio Energy Savings ? Energy Efficient Solutions in San Antonio, Texas
Friday, November 26th, 2010Tags: Antonio, Efficient, Energy, Savings, solutions, Texas
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Texas Wind Energy Market Analysis and Forecasts to 2013
Sunday, August 8th, 2010SummaryThe report provides detailed analysis and forecasts of the global wind power market and the Texas wind market in particular. It also helps in analyzing and forecasting key metrics relating to the installed capacities, market size and growth. The report facilitates to know onshore and offshore market in Texas. It provides information relating to the major wind farms onshore and offshore projects and also the upcoming projects in Texas. The report helps to comprehend the wind turbine industry and the regulatory framework regarding the wind market in Texas. It offers appealing results on the market share of the top manufacturers in the Texas wind turbine industry. Additionally, it also provides ten profiles of the major wind turbine companies in Texas. The report also provides trends and analysis of investments in the Texas wind power market as well as deal summary and news flow for the last 6 months. On an all, it helps an investor to gauge the market and technological development of the Texas wind market.Scope-Global Wind Market Analysis-The US Wind Market Overview, Market Size and Growth-Texas Wind Market Overview, Market Size and Growth-Predict and forecast future wind industry trends in Texas-Key policies and regulatory framework supporting the Texas Wind Market-Identify growth segments and opportunities in the Texas Wind Industry-US Wind Turbine Industry and the leading players in the Texas wind market-Key details regarding the committed and upcoming wind projects in TexasReasons to buy-Gain the most up to date and in-depth information on the Texas wind power market-Analyzes the Texas Wind Turbine Industry-Identify the key growth and investment opportunities within the Texas market based on the deal analysis-Facilitate choice-making based on strong historic and forecast data, deal analysis and recent developments-Develop strategies based on the newest operational and regulatory events in Texas-Rapidly help to prepare more detailed and effectual plotting materials-Know and respond to your competitors’ business structure, strategy and prospects-Do deals with an understanding of how competitors are financed, and the mergers and partnerships that have shaped the market-Identify and analyze the strengths and weaknesses of the leading wind companies in TexasTable of Contents : 1.1 List of Tables 1.2 List of Figures 2 The US Wind Power Industry 2.1 The US Wind Power Industry, Overview 2.2 The US Wind Power Industry, Size and Growth, 2001-13 2.3 The US Wind Power Industry, Onshore – Offshore Development, 2003-13 2.4 The US Wind Power Industry, Turbine Manufacturers’ Share in New Installed Capacity, 2008 2.5 The US Wind Power Industry, State-wise Break-up of Cumulative Installed Capacity, 2008 3 Texas Wind Power Sector, 2001-13 3.1 Texas Wind Power Sector, Size and Growth, 2001-13 3.1.1 Wind Power Installed Capacity, 2001-13 3.1.2 Wind Power Generation, 2001-13 3.2 Texas Wind Power Sector, Ownership Structure 4 Texas, Wind Turbine Market 4.1 Texas, Wind Turbine Market, Once a year Capacity Additions, 2001-13 4.2 Texas, Wind Turbine Market, Average Turbine Size, 2001-08 4.3 Texas, Wind Turbine Market, Classification of Installed Turbines, 2008 4.4 Texas, Wind Turbine Market, Manufacturers’ Share in New Installed Capacity, 2001-08 4.5 Texas, Wind Turbine Market, Once a year Value, 2001-08 5 Texas, Wind Power Projects 5.1 Committed Wind Farms Summary 5.2 Under Construction Wind Farms Summary 5.3 Plotted Wind Farms Summary 6 Texas Wind Power Sector, Regulatory Framework 6.1 Texas, Wind Power Regulatory Framework, Overview 6.2 Texas, Tax Codes Related to Renewable Energy Systems 6.3 Texas, Renewable Portfolio Standards 6.4 Senate Bill 20 6.5 Texas, Renewable Energy Credits 6.6 Energy Transmission Plot 6.7 Texas, Competitive Renewable Energy Zones 7 Cielo Wind Power, LLC 7.1 Key Information 7.2 Company Overview 7.3 Business Description 7.3.1 Business Overview 7.4 Major Harvest and Air force 7.4.1 Overview 7.5 Wind Farms 7.6 SWOT Analysis 7.6.1 Overview 7.6.2 Cielo Wind Power, LLC Strengths 7.6.3 Cielo Wind Power, LLC Weaknesses 7.6.4 Cielo Wind Power, LLC Opportunities 7.6.5 Cielo Wind Power, LLC Threats 7.7 Competitors 7.8 Key Employees 7.9 Company Statement 7.10 Locations and Subsidiaries 7.10.1 Head Office 7.10.2 Other Locations & Subsidiaries 7.11 Financial Deals Landscape 7.11.1 Cielo Wind Power, LLC, Deals Volume Summary, 2004 to YTD 2009 7.11.2 Cielo Wind Power, LLC, Deals Summary by Region, 2004 to YTD 2009 7.11.3 Cielo Wind Power, LLC, Deals Summary, 2004 to YTD 2009 8 E.ON Climate & Renewables GmbH 8.1 Key Information 8.2 Company Overview 8.3 Major Harvest and Air force 8.3.1 Overview 8.4 Wind Farms 8.5 History 8.6 Competitors 8.7 Key Employees 8.8 Key Employee Biographies 8.9 Locations and Subsidiaries 8.9.1 Head Office 8.9.2 Other Locations & Subsidiaries 9 Noble Environmental Power LLC 9.1 Key Information 9.2 Company Overview 9.3 Business Description 9.3.1 Business Overview 9.4 Major Harvest and Air force 9.4.1 Overview 9.5 Noble Environmental’s Wind Farms 9.5.1 Committed Wind Farms 9.5.2 Under Construction and Plotted Wind Farms 9.6 SWOT Analysis 9.6.1 Overview 9.6.2 Noble Environmental Power LLC Strengths 9.6.3 Noble Environmental Power LLC Weaknesses 9.6.4 Noble Environmental Power LLC Opportunities 9.6.5 Noble Environmental Power LLC Threats 9.7 Competitors 9.8 Key Employees 9.9 Key Employee Biographies 9.10 Locations and Subsidiaries 9.10.1 Head Office 9.10.2 Other Locations & Subsidiaries 9.11 Financial Deals Landscape 9.11.1 Noble Environmental Power LLC, Deals Volume Summary, 2004 to YTD 2009 9.11.2 Noble Environmental Power LLC, Deals Summary By Region, 2004 to YTD 2009 9.11.3 Noble Environmental Power LLC, Deals Summary, 2004 to YTD 2009 For more information, please stay :http://www.aarkstore.com/reports/Texas-Wind-Energy-Market-Analysis-and-Forecasts-to-2013-13135.html
Tags: 2013, Analysis, Energy, Forecasts, Market, Texas, Wind
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How Smart is Your Texas Energy Smart Meter
Wednesday, July 14th, 2010Sitting on my couch one day, patiently trying to get the small one to sleep, I just happened to look out my window and was frightened to death. I see a huge man trying to hop over my gate with a special ladder designed for hopping fences! If the limitless thriller movies have taught me anything it is not to go investigate on my own. So what do I do? I go outside to investigate, with the baby in tow. It’s pun; the thought of calling the cops or at least taking mace never entered my mind. Thankfully the man was not there to kidnap or kill me; he was doing his job for CenterPoint, installing a smart meter. Apparently he had been hopping over every fence and installing these meters all around my neighborhood. In a state where anyone can own a gun, this seems like a pretty risky profession to me. It’s pun because if I hadn’t busted the guy installing the meter, I would have never known that anything had changed and I’ll bet most people still don’t. I’m not saying there wasn’t any notice, I am sure there was, but who really reads those notices in the mail? Anyways, now that we have this new device on our house I thought it would be vital to figure out what the heck it does and why CenterPoint felt the need to install these in everyone’s homes.
In the past, every business and household in Texas is required to have an electric meter on their property. The reason for this is pretty obvious; it’s to make sure there is an accurate and consistent way to measure the electricity going into your home and/or business each month. This is helpful for both us, the customers and electric companies because it allows for a more accurate bill each month. And up until now, that is all the meter was designed to do; fascinatingly enough it has been this same way for about 50 years. But because we live in a world where new technology is permanently being urban, a more interactive and “smart” meter has been produced to not only help the consumer but to help the electricity companies and the electric delivery companies as well.
A touch I’d like to point out previous to I take up again is the companies that distribute electricity are called electric delivery companies. A further name for them is TDSP’s (I have no clue where they got that acronym from but nonetheless that’s what they are known as in the industry). These companies are responsible for reasonably a lot. They install and maintain the meters, poles and transmission lines. They also are the ones who really provide the power to the retail companies where you get your power from. An example of this type of company is CenterPoint Energy in Houston and Oncor for Dallas. These companies are completely separate from the company you pay your bill to every month, which in the industry are called retail electricity providers, evenly called REP’s (this acronym makes a lot more significance). This may clear up any confusion some may have – I can’t tell you how many people have told me in conversation that they pay their electricity bill to CenterPoint. I reckon this is because not many people know the difference between the two companies.
Moving on. Since the meter has in the end stayed the same for the last 50 years, it was certainly time for an upgrade. Today, we have access to so much information, it is nearly scary. Like when I was pregnant, we saw so much in our ultrasounds – her brain, four ventricles of the heart, blood flow in and out of the umbilical cord, you name it, we saw it. It was wonderful and scary at the same time, and far advanced from 50 years ago. My point is that given our technological advances, it is incredible that a touch like an electric meter hasn’t changed until now. The smart meter will take up again to measure your electricity usage, but it will also send information back upstream to allow CenterPoint, the REPs, and you, the consumer, make better decisions. I like to compare it to a gas pump. As you pump the gas, you can see the price going up in relation to how many gallons you’re pumping. Immediate pointer. This is in the end the same thought with the smart meter (apart from it relates to electricity). You will be able to see your usage and ensuing cost on a more real time basis instead of having only one reading at the end of the month. There is a reading every 15 minutes and it’s done from a remote place so you get a more accurate and real-time record of your energy usage. With the elimination of meter readers, it really cuts expenditure for customers and companies because it reduces expenditure associated with sending a truck and meter reader to each customer. This device is also helpful if you are working on a budget because if you’ve budgeted let’s say $200 for the month on electricity and you see that half way through the month, you are by now at $150, it serves as a warning to let you know that you need to start either cutting back on your usage or you’ll at least be prepared to go over budget. Also, a further clean function is just like your grocery store savings card keeps record of everything you buy and you’re sent coupons at the end of month for bits and pieces you buy the most, this meter acts the same way by recording and analyzing your usage history so you can better manage your energy consumption. You can really see the peaks and valleys of your energy usage and be able to make changes based on the analysis which could in turn save energy and then save cash. One bonus perk to this new meter is that it sends instant power outage reports to your local TDSP which leads to a much quicker response time.
One thing to clarify is the smart meter doesn’t send this analysis straight to you, nor can you go out to your box and get all of the analysis mentioned above. The TDSP receives the information from the meter and then they have their own ways of making that information available to you. For Houston and surrounding areas, CenterPoint Energy is providing home area network capabilities that will allow for customers to review this information online via the web. For Dallas/Fort Worth area Oncor is rolling out their own version called Advanced Metering System (AMS), which started in January 2009. The REPs are also sure to provide tools and air force that build on this information, and allow their customers to make better energy decisions.
Since I started working on this piece, I’ve noticed that there has been more and more coming out in the papers on this smart meter topic. I’m not sure if you’ve heard, but just this week the government announced they’re awarding $3.4 billion in funding to utility companies (and then those companies are going to place in a further $4.7 billion in matching funds) in support of 100 projects aimed at modernizing the nation’s power grid to make it more “smart. One of those projects is installing the smart meter in homes across the U.S., and I read somewhere that these investments could potentially reduce U.S. electricity use by 4% a year! That’s a huge number when you reckon of the millions of households. Also, the government’s ultimate goal is to distribute 40 million smart meters over the next few years.
What are the next steps locally for the smart meter roll out? Well, CenterPoint Energy was just awarded a $200 million grant to speed up its work to replace all 2.2 million customer electric meters with the smart meter. These new funds will cut two years off of their 5-year goal. In the Dallas/Ft. Worth area, the TDSP, Oncor, applied for $315 million to speed along its smart grid projects but didn’t win any of the grants and so their projects will take up again on schedule. If you are in the Dallas/Ft. Worth area, you can click here to see when your area is scheduled to have your meters replaced.
Tags: Energy, Meter, smart, Texas
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How Smart is Your Texas Energy Meter?
Wednesday, July 14th, 2010Sitting on my couch one day, patiently trying to get the small one to sleep, I just happened to look out my window and was frightened to death. I see a huge man trying to hop over my gate with a special ladder designed for hopping fences! If the limitless thriller movies have taught me anything it is not to go investigate on my own. So what do I do? I go outside to investigate, with the baby in tow. It’s pun; the thought of calling the cops or at least taking mace never entered my mind. Thankfully the man was not there to kidnap or kill me; he was doing his job for CenterPoint, installing a smart meter. Apparently he had been hopping over every fence and installing these meters all around my neighborhood. In a state where anyone can own a gun, this seems like a pretty risky profession to me. It’s pun because if I hadn’t busted the guy installing the meter, I would have never known that anything had changed and I’ll bet most people still don’t. I’m not saying there wasn’t any notice, I am sure there was, but who really reads those notices in the mail? Anyways, now that we have this new device on our house I thought it would be vital to figure out what the heck it does and why CenterPoint felt the need to install these in everyone’s homes.
In the past, every business and household in Texas is required to have an electric meter on their property. The reason for this is pretty obvious; it’s to make sure there is an accurate and consistent way to measure the electricity going into your home and/or business each month. This is helpful for both us, the customers and electric companies because it allows for a more accurate bill each month. And up until now, that is all the meter was designed to do; fascinatingly enough it has been this same way for about 50 years. But because we live in a world where new technology is permanently being urban, a more interactive and “smart” meter has been produced to not only help the consumer but to help the electricity companies and the electric delivery companies as well.
A touch I’d like to point out previous to I take up again is the companies that distribute electricity are called electric delivery companies. A further name for them is TDSP’s (I have no clue where they got that acronym from but nonetheless that’s what they are known as in the industry). These companies are responsible for reasonably a lot. They install and maintain the meters, poles and transmission lines. They also are the ones who really provide the power to the retail companies where you get your power from. An example of this type of company is CenterPoint Energy in Houston and Oncor for Dallas. These companies are completely separate from the company you pay your bill to every month, which in the industry are called retail electricity providers, evenly called REP’s (this acronym makes a lot more significance). This may clear up any confusion some may have – I can’t tell you how many people have told me in conversation that they pay their electricity bill to CenterPoint. I reckon this is because not many people know the difference between the two companies.
Moving on. Since the meter has in the end stayed the same for the last 50 years, it was certainly time for an upgrade. Today, we have access to so much information, it is nearly scary. Like when I was pregnant, we saw so much in our ultrasounds – her brain, four ventricles of the heart, blood flow in and out of the umbilical cord, you name it, we saw it. It was wonderful and scary at the same time, and far advanced from 50 years ago. My point is that given our technological advances, it is incredible that a touch like an electric meter hasn’t changed until now. The smart meter will take up again to measure your electricity usage, but it will also send information back upstream to allow CenterPoint, the REPs, and you, the consumer, make better decisions. I like to compare it to a gas pump. As you pump the gas, you can see the price going up in relation to how many gallons you’re pumping. Immediate pointer. This is in the end the same thought with the smart meter (apart from it relates to electricity). You will be able to see your usage and ensuing cost on a more real time basis instead of having only one reading at the end of the month. There is a reading every 15 minutes and it’s done from a remote place so you get a more accurate and real-time record of your energy usage. With the elimination of meter readers, it really cuts expenditure for customers and companies because it reduces expenditure associated with sending a truck and meter reader to each customer. This device is also helpful if you are working on a budget because if you’ve budgeted let’s say $200 for the month on electricity and you see that half way through the month, you are by now at $150, it serves as a warning to let you know that you need to start either cutting back on your usage or you’ll at least be prepared to go over budget. Also, a further clean function is just like your grocery store savings card keeps record of everything you buy and you’re sent coupons at the end of month for bits and pieces you buy the most, this meter acts the same way by recording and analyzing your usage history so you can better manage your energy consumption. You can really see the peaks and valleys of your energy usage and be able to make changes based on the analysis which could in turn save energy and then save cash. One bonus perk to this new meter is that it sends instant power outage reports to your local TDSP which leads to a much quicker response time.
One thing to clarify is the smart meter doesn’t send this analysis straight to you, nor can you go out to your box and get all of the analysis mentioned above. The TDSP receives the information from the meter and then they have their own ways of making that information available to you. For Houston and surrounding areas, CenterPoint Energy is providing home area network capabilities that will allow for customers to review this information online via the web. For Dallas/Fort Worth area Oncor is rolling out their own version called Advanced Metering System (AMS), which started in January 2009. The REPs are also sure to provide tools and air force that build on this information, and allow their customers to make better energy decisions.
Since I started working on this piece, I’ve noticed that there has been more and more coming out in the papers on this smart meter topic. I’m not sure if you’ve heard, but just this week the government announced they’re awarding $3.4 billion in funding to utility companies (and then those companies are going to place in a further $4.7 billion in matching funds) in support of 100 projects aimed at modernizing the nation’s power grid to make it more “smart. One of those projects is installing the smart meter in homes across the U.S., and I read somewhere that these investments could potentially reduce U.S. electricity use by 4% a year! That’s a huge number when you reckon of the millions of households. Also, the government’s ultimate goal is to distribute 40 million smart meters over the next few years.
What are the next steps locally for the smart meter roll out? Well, CenterPoint Energy was just awarded a $200 million grant to speed up its work to replace all 2.2 million customer electric meters with the smart meter. These new funds will cut two years off of their 5-year goal. In the Dallas/Ft. Worth area, the TDSP, Oncor, applied for $315 million to speed along its smart grid projects but didn’t win any of the grants and so their projects will take up again on schedule.
Tags: Energy, Meter, smart, Texas
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Texas Electricity Company Releases Report on the Energy Efficiency Tax Credit
Thursday, June 24th, 2010Bounce Energy, a Texas electricity company, has posted an simple to read report on its website to help consumers who are considering whether or not to take advantage of the 2009-2010 Energy Efficiency Federal Income Tax Credit.
The US Government’s Energy Star Program reports that the typical American household spends approximately $1,300 per year on home energy bills. The Environmental Protection Outfit estimates that homeowners can typically save up to 20% of heating and cooling expenditure (or up to 10% of total energy expenditure – or $130) by air sealing their homes through caulking and sealing drafts. Furthermore, a home owner can save up to $300 from their once a year heating and cooling expenditure by sealing leaks and insulating their duct work.
So, for less than $200 and just a few weekend hours of sealing holes and cracks or tape over leaky duct work, a homeowner can potentially save up to $400 from their once a year heating and cooling expenditure.
In fact, any energy efficiency improvements immediately lower energy bills and will pay for themselves over time. This is especially right when considering the major hardware components of a home:
For the report, they cite an example of a modest starter home: a single-tale 3-bedroom 1750 sq. foot home built in 2008 on the Gulf Coast. By installing Energy Star-rated hardware upgrades such as new triple-pane insulating low-E, argon gas wood-framed windows, a total-house on-demand water heater, and count 6 inches of attic insulation, a homeowner can recoup 56% from their yearly energy expenditure. By count in the energy tax credit, the owner can receive nearly $2,000 on a $4750 investment.
Energy well-organized features will also enhance the market value and saleability of a home and –most importantly – improve its comfort and livability.
The 2009 and 2010 Energy Efficiency Tax Credit for home improvements is a tax credit of 30% or $1,500 for energy well-organized improvements that consumers make to their existing home. In order to claim the credit, the energy well-organized improvements must be qualifying Energy Star-rated harvest and placed in service from January 1, 2009 through December 31, 2010.
According to the Energy Star website (www.energystar.gov):
In the end you can spend up to $5,000 during this 2 year period on a single or multiple improvements, and get 30% or $1,500 (30% of $5,000 = $1,500) back as a tax credit. If you get the entire $1,500 credit in 2009, then you can’t get anything bonus in 2010. The $1,500 tax credit does not dual for married people filing jointly… unless both spouses owned and lived apart in separate main homes.
The tax credit does not include things like caulking and weather stripping. Rather, the tax credit aids in replacing those major hardware components of a home such as windows, doors, insulation, roofs, HVAC, non-solar water heaters, or biomass (usually wood) stoves. Some installation expenditure are covered, such as non-solar water heaters and heating, ventilation and air conditioning systems (HVAC).
In addition to the credit for existing homes, there is a credit with no final cost limit for more complex yet far-well-organized projects that promote energy independence: geothermal heat pumps, solar water heaters, electricity-producing solar panels (PV), fuel cells, and small wind energy systems. Projects like these will receive a credit of 30% of their total cost and have until 2016 to be placed in service.
The Energy Star website has wealth of information as well as links to other government websites about all the improvements covered in Bounce Energy’s report. Remember these are all upgrades that keep saving cash each year. Some can be improved on further, one step at a time.
So, is the Energy Tax Credit worth it?Bounce Energy says, “Yes, the Energy Tax Credit is worth it because an energy efficiency improvement will save energy and cash and make your home more comfortable. As you can see there are many, many ways to capitalize on energy efficiency improvements to your home; from the weekend with a caulking gun to a four week wind turbine adventure with a 60 foot crane. You might even become so energy well-organized you’ll be energy self-sufficient.”
Tags: Company, Credit, Efficiency, Electricity, Energy, Releases, Report, Texas
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