Steps to Get Green Energy Grants From the Government
People are discouraged from developing new sources of energy because of the costs of the new technology is so high. To convert energy from the fossil fuel to renewable energy is so expensive. But still, the benefit of changing the lifestyle into using the green sustainable energy can be seen in the future, therefore the government is actively encouraging people by providing help which can be used in buying and installing the green energy equipments. If changing the future of the next generation is one of your biggest interests, then you should apply for the green energy grants. The application can be obtained online. You can choose from many types of grants provided by the federal government.
Steps to get the green energy grants are:
1. You must register at the website that provided grants for you. Enter you username and password to login. When you are already submitted to the website, you can check your application for the grant's process.
2. Do some researches on the United States grants website of federal government. Simply by entering the type of the green energy that you are going to apply in the field of search. You also can do this by browse the section of ‘energy' to find the type of your green energy grants. The advanced search is the other way to find the grants. But with this search, you should specify your status like ‘public housing authorities', ‘individual', ‘small businesses', ‘for profit organizations other than small businesses', or non profits'.
3. They might not have opened the application for grants at some time; therefore you should sign up for subscription of email to get updates for grants. The information will change quickly, so you need to get the newest information on the grants as fast as possible. The grants are also available on RSS feed, so make sure you get the grant tomorrow if you can't get it today.
4. The application for the grants can be downloaded; it depends on your need. There is an application specific to each grant. You should be careful on downloading the right form and carefully read the instructions. There are also different instructions for each grant.
5. You can fill the application offline, but if you don't want to do it offline, you can go online. But you must remember that the website does not save your online filled progress. Careful to make mistakes while filling the application for grants green energy online.
6. Submit the finished and corrected application to the grants site. Check for the confirmation email, you will also get another email in 24 hours to validate your application.
7. You should just have to wait and don't forget to track the online progress.
SRI International's Wave-Powered Generators for Clean Energy
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What is a green job? Do green jobs really pay more?
Green jobs or green-collar jobs are the jobs that are more energy-conscious. The United Nations (UN) and various Government agencies around the world are also promoting green job creation. They are also encouraging green job training by employers for the current as well as future workers. This type of job will concentrate more on the energy efficiency and diversity.
You may find many job opportunities in the sustainable energy resources such as ethanol production, wind and solar, hazardous waste removal, green building, consumer goods as well as in recycling. Apart from this, you will also find many jobs opening in research and development, manufacturing, construction and in technology.
According to many surveys, by the end of 2030, more than 25 percent of U.S. employment could be generated from green industries like renewal energy generation and recycling sectors. All these jobs are paying well than other jobs.
Governments and local bodies are also providing more financial help and tax break for the green jobs training purposes. The availability of the green-collar job opportunities will cross board all types of people who have different skills. The main aim of the green job is to build an energy efficient environment, which will include energy efficient construction, building as well as retrofits.
The green job creation is also concentrating more on the hazardous things, which we are facing today. They are planning to avoid the vehicle, which produce carbon dioxide in the nature by replacing it with Hybrid cars. Making the furniture from recycled woods, cleanup of hazardous materials, manufacturing of the green products like solar panels and turbine blades, solar installation are also some of the factors, which are focused by the green jobs.
If you are looking for an option to know more about the green jobs, researching on the web could be the finest option for you. Once you do a research, you can find few green job search engines, like http://greenzone.org which will provide you the accurate information on different types of green jobs available.
The numbers of people who are showing their interest in green jobs are becoming more day-by-day. By doing green jobs, you are not only making money, but also providing many benefits to the nature.
About the Author
Isabella Roberts is a social worker, green activist and promoter of natural family planning method, Safe Period Calculator.
Green Energy Industry Overview
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Creating Electricity From A Renewable Energy Source - Read Now !
If you are tired of electric bills and you are interested in finding out about creating electricity from a renewable energy source be sure to read this article - you are sure to find it of interest. I'll begin with the news that you yourself can make an unlimited amount of power supply for your home's entire needs, with very little investment, and with no help - sounds impossible? I suggest you read on and you'll soon learn the facts.
It's like this - most people expect the electric company to supply their electricity; they then have to deal with the high cost and often have to economize elsewhere in order to have such a household staple. But actually, there are many people who have said no to the status quo; they were tired of that monthly money crunch - they discovered a way of generating their own power - as much as they want - for the rest of their lives.
So, before you try to find out more about creating electricity from a renewable energy source be aware of the fact that these resources are available to anyone, including you; you can be up and running and saving money with your new energy system right away - it mostly requires your motivation to do so. You no doubt get a 'charge' out of free electricity and want more information as to what this all entails; all that's involved is a solution for generating free and abundant electricity from sources that are found everywhere in nature. Did you know that almost anyone can build a solar and wind energy generating system of their own in just few days without leaving their home?
Even if it happens to be that you are in the middle of a web research on creating electricity from a renewable energy source understand that it is both easy and inexpensive to construct your own solar panels or windmill - a system that can drop down your electric bills down to $0 per month. You might be saying to yourself that this is too big an undertaking; well, it used to be that way, but not anymore - the good news is that a leading specialist in the fast-growing field of wind and solar power shares his knowledge so that everyone can enjoy the benefits of free electricity.
Solar Energy News Solar Panel Projects Diy Solar Panels And Cells
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[simpleaffiliate source="chitika" results="0"][/simpleaffiliate] Is an article about renewable, clean energy/biofuels considered an informative article?
I was asked for a school assignment to choose an informative article on a topic that interests me and answer some questions about it. I picked a National Geographic article called Green Dreams, which is about future forms of renewable energy. go google the article if you don't know what I'm talking about. I'm just trying to make sure that I actually picked an informative article. Thanks!
Heck yes that is definitely informative! And good for you for doing your part to educate the general populous on important environmental issues.
Professor Henrik Lund on Denmark's Renewable Energy Strategy
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It's Very difficult to Establish the first Moment in time that someone realized how to harness the energy of a renewable energy source.What We do Recognize is that it is not a new idea and We have a lot of options for turning to a green Energy Solution.
Solar
The Original System of renewable energy ever used was Almost certainly solar power. From prehistoric times, people have known to lay raw food on flat rocks to warm it, even though this might not technically be considered cooking. The Original solar cooker . recorded was built by Horace de Saussure in the 1760s, and he was able to reach a temperature of about 230 degrees inside the cooker
Wind
Wind power had been used for sailing long before we can Take into account, and the Original windmill which used wind power to Mince grain, is said that it most likely came out of Persia in 500 to 900 AD.
Hydroelectric
Thousands of years ago the Greeks used water wheels, which picked up water in buckets around a wheel. The water's Mass caused the wheel to spin, converting kinetic energy into mechanical energy for grinding grain and pumping water. In the 1800s the water wheel was frequently used to power machines such as Wood-cutting saws in European and American factories. More notably, people realized that the weight of water falling from a height would spin a turbine connected to a generator to Manufacture electricity. Niagara Falls , a natural waterfall, powered the first hydroelectric plant in 1879.
Biomass
Biomass Energy is one of the oldest fuel sources around.I guess From the time when we have learned how to Strike a fire. We have burned wood for a very extensive time Up until the 1880's American used wood for 91% of all its energy supplies Then, in 1890 coal replaced wood for heating. By the 1930's half of all Americans lived in buildings heated with coal
Geothermal
The story of geothermal power can be traced back to Greater than 10,000 years ago to the American Paleo-Indians at their Village in hot springs. This Story has been exposed through the Assistance of archeology and shows the Indians used the hot springs for activities including, bathing and heating. It is also Alleged the springs were seen as a Therapeutic source
Tidal
people have harnessed the Great energy created by the force of waves since as early as 787 AD. The first wave generators were known as tide mills, and they were used in Spain, France, and England. They used water wheels to capture energy from the ebb and Course of tides
Magnetic
The roots of human awareness of Value of magnetic energies in the existence of people and the World itself go deep back into ancient times. Prominent ancient Scholar Pythagoras (599 BC)
We all have a responsibility to Future generations to help insure that we are taking care of our earth so they have the the same opportunities as we do.The Goal is to get started on the Route To help Establish our own energy
The world is potentially at the Stage of being self sustainable. We Maintain the technology to develop energy to power houses with sustainable resources such as solar and wind but the Price of these products are still what is holding us back. One such product which is making leaps and bounds is the Magnetic Generator. These have been on the market for quite a period but with Latest developments they are much more Inexpensive and efficient and make sense to have in your home.
About the Author
If you are Looking for a generator that is free energy and clean energy generator find out more about zero point generators for your Home use generator needs. It's time to stop giving the electric companies so much money, Reduce Your electric bill using a Magnetic generator and start enjoying a free electricity.generator
Entropy vs Alternative Renewable Energy Sources
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[simpleaffiliate source="chitika" results="0"][/simpleaffiliate] Health effects of waste to energy?
What are the adverse health effects of gasification (waste to energy plants) from landfills? I'm doing a little research and wanted some help.
There's a waste-to-energy company about to open up in Northern Canada here's an article about it, http://www.northernontariobusiness.com/Industry-News/energy/Green-tech-company-ready-to-expand-Sault-waste-to-energy-plant-514.aspx just wanted to know what are some adverse health effects about plants such as these.
Thanks a lot :D
I don't know but here is a writeup on the waste-to-energy plant around where I live
CSR Minute: Commission Reviews Criteria for Biomass Energy; Princeton Review Guide to Green Colleges
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Green Energy - Calculating Payback On Solar Investing
Green Energy - Calculating Payback On Solar Investing
These days there are a whole lot of people who are interested in investing in solar power. It is nothing but the usage of solar energy to generate power. Solar energy is converted to electricity. With the help of solar panels which are nothing but a series of photovoltaic cells soldered together, it is extremely easy to collect and convert the solar energy to electrical energy efficiently. The best part is that this is a lot cheaper as it helps one reduce his or her electricity bills and maybe even eliminate it completely. In the case of a diy solar panel, one can install it themselves and hence avoid paying a professional a fortune. This way one will know how exactly the solar panel works and hence he or she can ever maintain it themselves and repair it too when it has a problem and does not work.
Of late with the spiraling up of energy and power prices one is wondering what the magnitude of money he or she can say. There is nothing new about a person investing money in a diy solar panels. What one wants to know is how quick the payback will be. However, the reason that more and more investors are turning to solar power is that, though it does have a little risk involved it is still very promising and payback is much earlier than expected. Calculating the payback with diy solar panel
is quite easy and though it is risky, it will still reap a good reward if the investor remains patient. Though all payback entirely depends on the increasing energy prices it is still a very promising concept and hence there are very few who do not trust it. If one has some money set aside, one can also consider investing it in a bank or try the stock market apart from investing it completely in solar house improvement. Bank investment is safe as payback can be done any time one wants, however the interest is never a large figure. Stock market is much easier to make money however, the risk involved also doubles.
The main reason as to why people prefer to invest in solar power is that it is cheap and hence helps one reduce his or her expenses. After one has successfully finished investing in solar power, the next big thing that he or she wants to know is how long it will take to get the investment back. Some might even be wondering how risky this investment could prove to be. When one takes home improvement as an investment one has to research on how the power prices have changed in the last few years. This will definitely help one come to a conclusion and give him or her, a better and much clearer picture. Over the last decade, there has been an increase in the power price by 2.2% on an average. The risk is more when it comes to people who have installed diy solar panels. For all those who have installed the solar panel with a professional the risk is much lesser. Generally, these solar panels have a warranty of 5 years and there is no need for one to pay a maintenance fee. However, these solar panels are expected to have a life of 20 years maximum.
The concept of solar power is quite promising and one can expect pay back in a short period of time if the energy prices keep increasing with every year. However, one is always expected to do some research before investing in a diy solar panel and one has to be ready to risk. After all how many times has one heard the saying there is absolutely no reward without risk involved. This is a very true statement.
About the Author
"Energy is the ability to work
Power is energy at work"
Hello, My name is Z.Snarski(Solar Energy Planer),Me and Mr.Smeed (Solar Energy Engineer) working hard to help business and privet party to Convert to Green Energy.
If you series about Convert Yours Home or Business to Green Power.
You will find complete blueprints, step-by-step guide,video and much more...
Sincerely
Z.Snarski & Research Team
ECOStocks.com Green Stocks
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You may have been heard about Magniwork free energy generator and thinking that for sure it is a scam otherwise people must be using it by now, right? Well, the things are a little more complicated than that and not all the good things goes to the masses.
So, what is this Magniwork electric generator about?
As the name may already suggest it, it is a guide about how to build your own electric generator at your home and save at least half of your electricity bills. This is great news thinking not only about green issues that we have been mad aware lately, but the most important, it saves you money.
There are lots of products on the market on how to save energy. The common ones are solar energy and windmills energy types of products. They are very good but their own issue is that not everyone can use it and on all kinds of weather. I mean if you don’t have sun you don’t have enrgy, right? The same applies with windmills. This is the beauty of this magnetic electric generator.
You can install it in your home and it does not take up much space. Depending on how much do you intend to invest, you can slash up to half your electric bills. You can build another magnetic generator if you want to save totally your electric bills. It is up to you about this.
Now you may think that you will need a ton of money to build this type of generator. The truth it may shock you. You need just $100 to build it. And all the materials you can find it in your local DYI store. The whole plans you can find it in Magniwork Free Energy Generator.
www.FreeEnergyNews.com - Sterling Allan_The Top Ten Exotic Free Energy Technologies Revealed
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Sungazing House Knocks the Socks Off Green Building Standards: Passive House, Net Zero Energy, LEED
Sungazing House, winner of the Green Builder Media's Green Home of the Year 2010 award, creates big shows to fill for aspiring green builders and homeowners everywhere. Located at an altitude of 6,900 feet in Park City, Utah, Sungazing House experiences average annual temperatures around 35 degrees and over 10,000 Heating Degree Days per year. Undaunted by the challenge of sub-zero weather, architect Jean Yves Lacroix managed to design a home so efficient that it meets the requirements of the gamut of energy efficient building standards: Passive House, Net Zero Energy, LEED Platinum for Homes and NAHB Emerald.
Owner Kevin O'Meara drew inspiration from the Passive House standard and its ambitious goal of reducing energy consumption by 90% compared to an average home. O'Meara challenged Lacroix to combine the highest level of energy efficiency with luxury and livability; in his own words, "We wanted to build something energy efficient and attractive at the same time."
The result: a gorgeous, 3,800 square-foot home that produces more energy than it consumes and sits perched on the southern slope of the Wasatach Mountains with breathtaking views of the Swaner Nature Preserve.
Key Design Features:
• Building envelope: an airtight, well-insulated building envelope is the starting point for any energy-efficient home. Sungazing House keeps its warmth in and the cold out with insulated 12" walls and 16" ceilings. The super-insulated SeriousWindows employ suspended film technology and high-quality fiberglass frames to deliver high R-values and low air infiltration and to minimize unwanted heat loss/gain.
• Passive solar heating and site orientation: Sungazing House sits on the South-facing slope of the Wasatach Mountains. The combination of large expanses of South-facing windows and strategic overhangs allows the low winter sun to heat the home during the cold months and prevents overheating in summer. Sungazing House features custom-tuned Series 925 windows from Serious Materials with high solar heat gain on the windows with southern exposure and low solar heat gain on East and West-facing windows.
• Efficient ventilation: a Heat Recovery Ventilator (HRV) provides the home with well-conditioned fresh air without losing large amounts of energy in the outgoing air and expending energy on heating the incoming air.
• Onsite solar power: Sungazing House is so efficient that it does not require any gas for space or water heating. A rooftop solar array both generates electricity and heats water for the home.
• Efficient Appliances: ENERGY STAR rated appliances minimize energy consumption.
Cati O'Keefe, editorial director at Green Builder Media, explains, "We chose this project as our Green Home of the Year because of the way it marries sleek European design with high performance."
O'Meara's main focus was simple - in his own words, "I was all about energy efficiency."
About the Author
High performance SeriousWindows can play an integral role in the success of passive solar design.SeriousWindows are top-of-the-line windows that use suspended film technology and inert gas fills for optimal insulation performance. They feature high R-Values, low air infiltration and a full range of glazing packages to customize solar heat gain. Find out more about SeriousWindows .
Green Mountain Energy Reps - Only Suckers buy leads!
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Hardware, licenses, applications, remote hands, even the expense of redundancy—none of it compares to the price of power in the data center; and power needs are increasing exponentially as processing intensifies and demand for rack space rises.
More Power Equals More Heat
Data center power is partly to keep physical servers running, but it’s also to keep them cool enough to run: as servers increase in processing power, so does heat generation. A rack that five years ago produced about five kilowatts of heat may today produce as much as 28 kilowatts. To give some idea of how much heat that is: 28 kilowatts equals 95,000 BTU or roughly 8 tons of air conditioning. A typical house air conditioner is three tons, 10 kilowatts, or 34,000 BTU. That means that it takes as much power to cool a high density rack as it would to cool about three single family homes—if it was high noon in that equatorial neighborhood 24 hours a day.
Sources of Inefficiency
Data centers have traditionally been inefficient environmentally. Compared to other costs, power has been cheap, and computing precious—if a little power was wasted, the result was incredible amounts of information analyzed, communicated and stored. The world seemed to have plenty of power, and a data center from the 70s or even the 80s would only be a blip on the power grid.
These days, data centers are much more prevalent: the Data Center Map, a free web service linking data center providers and customers, lists 1,297 colocation data centers in 59 countries. In addition, power has become more expensive and less available. However, data centers still use power like it’s cheap: a McKinsey & Company report on data center efficiency, released in 2008, says that on average, only six percent of server capacity is being used, and the data center facilities run at no more than about 56 percent capacity.
Three Ways to Cool Down the Data Center—and Save Money
Virtualization, resource management and physical server consolidation are three methods your hosting company and you can use to increase data center efficiency.
Virtualize Servers
One way to conserve power is to get every bit of computing power out of each piece of hardware. That’s where virtualization comes in. Virtualization allows you to consolidate your server requirements onto fewer physical machines, with the virtual machines consuming only about 1/50th the amount of power. Email servers, web servers and applications all act just as if they were running on individual boxes, but for a fraction of the cost, both in capital expense and power consumption.
According to many sources, including The Green Grid and the EPA, virtualization is one of the key ingredients of a more efficient, greener data center. In implementing virtualization, a product such as VMware provides some of the highest consolidation rates on a secure and reliable platform. With VMware, unused physical servers can even be powered off, and turned back on when needed.
Of course, virtual servers, especially VMware’s hardware-based virtualization, also offer increased application access for users, faster installation of new servers and better uptime. So not only will your virtual servers help reduce your carbon footprint and save you money, they’ll also improve your company’s competitiveness.
Allocate Resources with VMware DRS and DPM
Virtualization from VMware provides two additional technologies that help you reduce your costs through virtualization.
VMware Distributed Resource Scheduler (DRS) allows a hosting company and its clients to continuously monitor utilization and intelligently assign resources as needed. With DRS, resources can be allocated to higher priority applications, according to your rules, ensuring that your mission critical activities always have what they need. It also provides dedicated infrastructure for business units, without letting resources stand idle.
Supporting DRS, Distributed Power Management (DPM) optimizes power consumption by continuously monitoring power usage and automatically consolidating workloads and powering down unneeded resources. During lower use periods, DPM moves virtual server workloads onto the optimum number of physical servers and turns off the others. When requirements increase, DPM brings physical servers back online—without impact on the virtual server or the customer.
Consolidate Servers with Blades
Blades help reduce the energy footprint of servers by allowing multiple physical servers to be consolidated on one chassis, with one management interface per blade, while adding more advanced management features. The ProLiant BL490c Virtualization Blade solution being adopted by Infinitely Virtual will more than triple the number of virtual machines hosted in the same energy footprint.
According to HP, the BL 490c blades offer several key performance and management advantages: eighteen DIMM slots allow more virtual machines to be housed on each blade; integrated dual-port 10 GbE server adapter with Flex-10 technology offer the ability to fine-tune network bandwidth; conserve power without performance impact with the built-in HP Power Regulator, and reclaim trapped power in your data center by safely limiting server power consumption with Dynamic Power Capping.
The Future of the Green Data Center
Projects and organizations are being formed all over the world to address the problems of power consumption and heat generation. Here are three:
Researchers at the Georgia Institute of Technology are working to reduce the portion of electricity used to cool data center equipment by as much as 15 percent. In a simulated data center, Georgia Tech scientists are trying to optimize cooling strategies and develop new heat transfer models.
The Green Grid is an organization created by many of the big names in computers, power conditioning and data centers, including HP, AMD and Intel. Together, they are developing standards to measure data center efficiency, with the goal of reducing power requirements, waste heat and carbon emissions.
In the future, waste heat like that in a data center could be recycled into energy. Engineers at Oregon State University are taking waste heat and using it to run a cooling system.
To Save Money (and Help Save the Planet), Think Infinitely Virtual
Contact Infinitely Virtual to find out how virtualization and data center efficiency affect your company’s bottom line. Let us show you how hosting with Infinitely Virtual can help you reduce your company’s server costs, while simultaneously making your applications faster, your data more secure, and your planet a little bit cooler.
Find out more about the power and cooling advantages of VMware, HP Blade servers and virtualization at InfinitelyVirtual.com. Hardware, licenses, applications, remote hands, even the expense of redundancy—none of it compares to the price of power in the data center; and power needs are increasing exponentially as processing intensifies and demand for rack space rises.
More Power Equals More Heat
Data center power is partly to keep physical servers running, but it’s also to keep them cool enough to run: as servers increase in processing power, so does heat generation. A rack that five years ago produced about five kilowatts of heat may today produce as much as 28 kilowatts. To give some idea of how much heat that is: 28 kilowatts equals 95,000 BTU or roughly 8 tons of air conditioning. A typical house air conditioner is three tons, 10 kilowatts, or 34,000 BTU. That means that it takes as much power to cool a high density rack as it would to cool about three single family homes—if it was high noon in that equatorial neighborhood 24 hours a day.
Sources of Inefficiency
Data centers have traditionally been inefficient environmentally. Compared to other costs, power has been cheap, and computing precious—if a little power was wasted, the result was incredible amounts of information analyzed, communicated and stored. The world seemed to have plenty of power, and a data center from the 70s or even the 80s would only be a blip on the power grid.
These days, data centers are much more prevalent: the Data Center Map, a free web service linking data center providers and customers, lists 1,297 colocation data centers in 59 countries. In addition, power has become more expensive and less available. However, data centers still use power like it’s cheap: a McKinsey & Company report on data center efficiency, released in 2008, says that on average, only six percent of server capacity is being used, and the data center facilities run at no more than about 56 percent capacity.
Three Ways to Cool Down the Data Center—and Save Money
Virtualization, resource management and physical server consolidation are three methods your hosting company and you can use to increase data center efficiency.
Virtualize Servers
One way to conserve power is to get every bit of computing power out of each piece of hardware. That’s where virtualization comes in. Virtualization allows you to consolidate your server requirements onto fewer physical machines, with the virtual machines consuming only about 1/50th the amount of power. Email servers, web servers and applications all act just as if they were running on individual boxes, but for a fraction of the cost, both in capital expense and power consumption.
According to many sources, including The Green Grid and the EPA, virtualization is one of the key ingredients of a more efficient, greener data center. In implementing virtualization, a product such as VMware provides some of the highest consolidation rates on a secure and reliable platform. With VMware, unused physical servers can even be powered off, and turned back on when needed.
Of course, virtual servers, especially VMware’s hardware-based virtualization, also offer increased application access for users, faster installation of new servers and better uptime. So not only will your virtual servers help reduce your carbon footprint and save you money, they’ll also improve your company’s competitiveness.
Allocate Resources with VMware DRS and DPM
Virtualization from VMware provides two additional technologies that help you reduce your costs through virtualization.
VMware Distributed Resource Scheduler (DRS) allows a hosting company and its clients to continuously monitor utilization and intelligently assign resources as needed. With DRS, resources can be allocated to higher priority applications, according to your rules, ensuring that your mission critical activities always have what they need. It also provides dedicated infrastructure for business units, without letting resources stand idle.
Supporting DRS, Distributed Power Management (DPM) optimizes power consumption by continuously monitoring power usage and automatically consolidating workloads and powering down unneeded resources. During lower use periods, DPM moves virtual server workloads onto the optimum number of physical servers and turns off the others. When requirements increase, DPM brings physical servers back online—without impact on the virtual server or the customer.
Consolidate Servers with Blades
Blades help reduce the energy footprint of servers by allowing multiple physical servers to be consolidated on one chassis, with one management interface per blade, while adding more advanced management features. The ProLiant BL490c Virtualization Blade solution being adopted by Infinitely Virtual will more than triple the number of virtual machines hosted in the same energy footprint.
According to HP, the BL 490c blades offer several key performance and management advantages: eighteen DIMM slots allow more virtual machines to be housed on each blade; integrated dual-port 10 GbE server adapter with Flex-10 technology offer the ability to fine-tune network bandwidth; conserve power without performance impact with the built-in HP Power Regulator, and reclaim trapped power in your data center by safely limiting server power consumption with Dynamic Power Capping.
The Future of the Green Data Center
Projects and organizations are being formed all over the world to address the problems of power consumption and heat generation. Here are three:
Researchers at the Georgia Institute of Technology are working to reduce the portion of electricity used to cool data center equipment by as much as 15 percent. In a simulated data center, Georgia Tech scientists are trying to optimize cooling strategies and develop new heat transfer models.
The Green Grid is an organization created by many of the big names in computers, power conditioning and data centers, including HP, AMD and Intel. Together, they are developing standards to measure data center efficiency, with the goal of reducing power requirements, waste heat and carbon emissions.
In the future, waste heat like that in a data center could be recycled into energy. Engineers at Oregon State University are taking waste heat and using it to run a cooling system.
To Save Money (and Help Save the Planet), Think Infinitely Virtual
Contact Infinitely Virtual to find out how virtualization and data center efficiency affect your company’s bottom line. Let us show you how hosting with Infinitely Virtual can help you reduce your company’s server costs, while simultaneously making your applications faster, your data more secure, and your planet a little bit cooler.
Find out more about the power and cooling advantages of VMware, HP Blade servers and virtualization at InfinitelyVirtual.com.
[simpleaffiliate source="chitika" results="0"][/simpleaffiliate] Talking Big about Renewable Energy?
I have always wondered why so many talk renewables up so much, but very few actually buy much of it? Dual or off the Grid power solutions are very expensive, for a normal conventional wood structured house, it starts around $20k for an off the grid, or strong dual system. Alternative green houses can make better use (needing less power, and for that a cheaper solution), but even those houses are not being sought after for construction (yet you hear that 'We' should be building them--demand and supply tells the truth that they are not popular).
Even when people have real choice, if their electric markets are deregulated, and companies like Green Mountain Power comes in, most still go with the cheaper power, than the clean power, pretty much for the same reason they go into Wal-Mart, but demand that we stop off-shoring all our jobs.
It's like renewables are more talk, and very little action. Why bother talking it, if nothing is going to happen?
I believe it is a matter of marketing. Too few people see an immediate need to shell out $20k on a system that doesn't seem to provide them with anything more than their existing ~$100/month service does.
When people develop an eager want for independent power, the market will take off. Several things need to be addressed first:
1. Renewable energy needs to shed its image of being a fringe solution that will go away when energy prices drop again. People aren't going to go for something enmasse if they think support will evaporate.
2. The price. As long as a system costs as much as a car, and depreciates like one, very few people will see the advantage in buying one.
3. Aesthetics. The winner will be the one that integrates nicely into the architecture of the house and either complements the structure or is unobtrusive enough to not detract from the curb appeal.
4. Utility. The system should provide sufficient reliable power on demand. Few people want to think about their electrical power and where it is generated. They just want to be able to flip a switch and there it is.
Green Energy DIY
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This is the first in a six-part series of articles on the nation's vision to become a green economic power in the global community and the recent developments of "green finance" in Korea to support the vision. ? Ed.
The global economic crisis triggered by the U.S. subprime mortgage meltdown is steering the global economy in a new direction, forcing many countries around the world to follow a new growth paradigm, "green growth."
For sustainable growth, governments in major countries have come up with green initiatives to get the upper hand in the new area, which they believe will determine the future of their economies.
In line with the global trend, South Korea has also unveiled its ambitious vision to become a green economic power by shifting its growth paradigm to an environment-friendly and energy efficient one.
President Lee Myung-bak said the government will promote "low carbon and green growth" as the nation's new vision, abandoning its 60-year long manufacturing-based and export-oriented approach.
"Green growth is a new national development paradigm that nurtures new engines and creates jobs with green technology and clean energy," he added.
In July, the Presidential Council on Green Growth introduced a five-year plan in its briefing to President Lee at Cheong Wa Dae.
According to the council, the country should invest 107 trillion won ($87 billion) over the next five years to foster green technologies, in order to make Korea one of the world's top seven "green economic powers" by 2020.
It said the investment is forecast to create some 1.8 million jobs and help related industries emerge as future growth engines for the economy. It estimated that the economic effects from this will range from 182 trillion won to 206 trillion won.
"Low carbon, green growth" is not a matter of choice, but a matter of destiny. The issue is how fast the country can transform into a green economy. To that end, the first thing to do is to channel more money into green businesses.
In that regard, the country should first foster "green finance" ? financial activities that support green growth and mitigate environmental degradation. Its role is particularly important in the initial stages as it can not only drive growth, but also prevent bubbles by weeding out disqualified companies.
In a global economic forum on green finance held in June in Seoul, Takejiro Sueyoshi, special advisor to UNEP in the Asia Pacific region, stressed its importance. "If financing does not change, the economy won't change. To change the economy, we need to change finance," he said.
"We face a variety of global issues, such as climate change, ecosystem degradation and water scarcity. To end such destructive investment and promote environment-friendly investment, we need to change the flow of money," he added.
Green Finance in Korea
Although the Lee administration has placed a top priority on green growth, the country is taking just baby steps in green finance compared with other advanced countries. Its plan to promote green finance took shape only early this year.
In April, local financial companies ? banks, insurers and securities firms ? and the government jointly formed the Green Finance Council to develop a key finance agenda and establish a network linking businesses and finance.
The council is a regular dialogue channel consisting of 50 key people both from the government and private sector.
In June, the Financial Services Commission (FSC) also announced its plan to build up a database featuring how companies work for the initiative of an eco-friendly world as well as making firms proactively announce environment-related information.
In line with the government's "low carbon, green growth initiative," local banks and insurers have introduced a wide variety of green finance products
Kookmin Bank, the nation's largest lender, established the Renewable Energy Private Equity Fund worth 330 billion won with the government and allocated 750 billion won to invest in low-carbon, green growth industries.
Shinhan Bank also started to give prime interest rates to environment-friendly companies from April this year. The State-run Korea Development Bank and Export-Import Bank of Korea (Eximbank) have planned to invest 1 trillion won and 840 billion won in the industry this year, respectively.
Woori, Hana, Korea Exchange Bank and Industrial Bank of Korea have also introduced various financial products and set up funds to nurture green industries.
"Financial firms can contribute to the eco-friendly world by lending money to companies seeking low-carbon businesses," KIF economist Lee Yoon-seok said.
"Such a trend could take root in the not-so-distant future, both at home and abroad. Our financial companies need to be prepared for the imminent change," he said.
Experts said that in order to promote green finance, Korea should tackle numerous challenges.
"Korea's green finance is faced with many challenges, such as poor regulatory system on the environment, insufficient human resources and underdeveloped products," Korea Capital Market Institute (KCMI) senior research fellow Noh Hee-jin said.
"For example, Korea is lacking in fiduciary and lender's liability on environment, corporate environmental disclosure rules and green certification programs. Also, the country is in need of experts who can integrate environmental issues with finance," he added.
World Moving Toward Green Finance
In the global scene, green finance has been rapidly growing. Advanced countries, such as the U.S. and Europe, have driven growth of carbon market through emission trading, carbon funds and other mechanisms after the Kyoto Protocol.
According to World Bank and KCMI, global emission trading markets are expected to grow to $150 billion in 2010 from approximately $64 billion in 2007.
Advanced countries have developed diverse financial services for the emission trading market, such as carbon funds, carbon asset management, emission trading insurance and carbon banks. Currently, there are over 30 carbon funds around the world with assets under management of $2.5 billion.
Financial firms in those countries are offering a wider spectrum of green finance products ? mortgages and car loans in retail finance; fiscal and eco funds in asset management, project finance and venture capital in investment finance and auto insurance and carbon insurance in the insurance industry.
By country, in the U.S., socially responsible investing (SRI) reached $2.71 trillion at the end of last year, up from $639 billion at the end of 1995. In European Union (EU), the SRI rose by eight-fold to $2.66 trillion in 2007 from 2002.
SRI, also known as sustainable investing, socially-conscious or ethical investing, describes an investment strategy which seeks to maximize both financial return and social good.
In Canada, the government provides tax benefits for those purchasing hybrid cars or low carbon-emission cars. In Australia, banks introduced green mortgages ? those buying houses run by renewable energy can get these loans at favorable rates.
In the Netherlands, the government introduced Green Fund Plan in 1995 and successfully changed its economic structure by nurturing green finance. For example, the government offers a 1.2 percent capital gains tax exemption for banks providing money for green industries.
Lying Ahead
Market experts said that green finance can be a great alternative for Korea to turn the current turmoil into opportunities and become an economic leader in the global community.
At a recent international conference in Seoul, World Bank Senior Vice President Justin Lin said that Asia's fourth-largest economy needs to invest more in low-carbon and green growth sectors to achieve a sustainable growth.
"South Korea should turn the current global slump into a golden opportunity to become one of the world's leading economies by promoting renewable energy, and other environmentally friendly and high growth industries," he said
"In the early 1990s, both Japan and China introduced massive stimulus measures. But Japan has fallen into deeper recession, while China has become the world's fastest growing economy. If Korea takes advantage of the current crisis, it will emerge as a more advanced country when the global economy returns to normal," he added.
In order to achieve a fast transition, concerted efforts from the government and financial sector are essential.
"Banks should make more efforts to develop more products and improve infrastructure by establishing system for analyzing and assessing businesses," Korea Institute of Finance economist Ku Jeong-han said.
"The government should also provide more tax benefits for banks offering green finance products to channel more money into the business," he added. "At the same time, the country should make more efforts to catch up with other countries in the rapidly-growing global carbon market."
kjk@koreatimes.co.kr
About the Author
The Shaw Group Inc. was founded in 1987 as a fabrication shop in Baton Rouge, La., by Chairman, President and Chief Executive Officer J.M. Bernhard Jr. and two colleagues. Driven by leaders with bold vision and a strong entrepreneurial spirit, the company has evolved into a diverse engineering, construction, technology, fabrication, environmental and industrial services organization with 27,000 employees in strategic locations around the world.
Green Says `Awful Lot of Demand' for China Real Estate
[simpleaffiliate source="chitika" results="0"][/simpleaffiliate] Will McCain's DHL deal cost him Ohio and his opposition to alternative energy cost him Iowa?
Regarding McCain's lack of support for ethanol and what it will cost farmers: http://ap.google.com/article/ALeqM5iE2JCSH5p9r2GBkQWS9TWAMzmuvQD92ED3UG0
http://tinyurl.com/6mahwf
He doesn't oppose alternative energy. He opposes subsidies for corn ethanol. It might cost him Iowa, but at least he will stand by what is right.
Wood Gasification: Alternative Energy Source
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Sustainable Energy sources are most often regarded as including all renewable sources, such as biofuels, solar power, wind power, wave power, geothermal power and tidal power. It usually also includes technologies that improve energy efficiency. Sustainable energy is the provision of energy such that it meets the needs of the present without compromising the ability of future generations to meet their needs. With modern day concern that global warming is for real there is an increasing demand by business and householders for information on the renewable energy options that are available.
Renewable energy can be described as a form of sustainable energy that is a product of the earth's natural environment. Any source of energy that can provide an ongoing flow and/or be replaced by nature falls into the category of renewable energy. They are those that are naturally available and replenished. Renewable energy sources include solar, wind, hydro (water), geothermal, Tidal power or ocean wave energy, and biomass. Use of renewable energy sources reduces dependence on fossil fuels, diversifies energy resources, and reduces the emission of greenhouse gases and other pollutants associated with fossil fuels. These technologies are clean sources of energy that have a much lower environmental impact than conventional energy technologies.
A non-renewable resource is a natural resource which cannot be produced, re-grown, regenerated, or reused on a scale which can sustain its consumption rate. These resources often exist in a fixed amount, or are consumed much faster than nature can recreate them. Reliance on non-renewable resources such as oil, gas and coal is unsustainable since they will run out one day. If we run out of fossil fuels, we will have to use some sort of alternative energy produced from the wind, the sun or from water power. These energy sources can easily be replenished in a short amount of time. Alternate sources such as solar and wind power, are infinite and have the added advantage of being non-polluting. Climate change and the need to manage diminishing fossil fuel reserves are today two of the biggest challenges facing the planet. In order to secure the future for ourselves and generations to follow, we must act now to reduce energy consumption and substantially cut greenhouse gases, such as carbon dioxide.
Unfortunately, the cost of some of the renewable energy sources is currently above those of the non-renewable sources. However, increased use of the non-renewables increases demand and lowers unit cost, so we are approaching the time where the old, non-renewable sources will be less competitive. There is no shortage of solar-derived energy on Earth. Indeed the storages and flows of energy on the planet are very large relative to human needs.
About the Author
"Pankaj Modi Says:" Especially with the recent news of no further funding to Sustainable Energy, a successful program providing subsidies to renewable energy projects in Canada. For more information visit: http://www.energyboom.com
Chairman Rangel On Renewable Energy Tax Act
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Home make Construction - 8 Things to Look For green energy technology
You pay a great deal for the property so you need to be positive that you hire a dependable, reputable, quick, and talented provider to build you your dream residence.
As the consumer you mustmake certain that they are going to pay careful attention to detail, it isessential that the business you choose works with you and explains the wholeprocedureeach step along the approach to your brand new house.
A few of thethings that you have tolook for are:
1. Windows and doors - All windows and doors need to open and shut all the way with out creaking, and with out sticking or binding.
2. Foundation - There can not be any main cracks, incrediblymodest hairline cracks are OK, but anything that isin fact noticeable may possibly indicate probable future issuesalong with your foundation.
3. Siding, trim, etc. - There wants to be smooth lines, even paint, filled in holes, every thingmust be streamline, no bunching or bulging.
4. Dry wall - no seams, you shouldn't be able to see where a new sheet of drywall begins at all, ever. For those who can see issues like seams or bumps the provider did not do a reallyprofessional job.
five. Ceiling - Oftentake a look at the ceiling for dark spots or stains, these may possibly indicate leaks within the roof.
6. Floor - There should be no floor creaks anywhere in your new household; floor creaks indicate careless floor installation.
7. Stairs - All the stairs in yourresidencemust be uniform and of the very same height. Uneven actionsmight be a major risk for injury.
8. Paint - All paint ought to be even, smooth, and uniform. Your home will look rather sloppy if this is not the case.
These are just a number of of the issues that you need tolook atprior toselecting your custom home builder, clearlyit is a reallyessentialchoiceto create so be sure that you opt for a reputable businessthat can meet your wants. Alwaysmake sure that your "dream" property is in fact a dream come true. Don't waste your time and cash on a brand newresidence that does not meet or even exceed your expectations.
solar power generator Search by Style, Size & Amenities. Find The Perfect Plan For You.
About the Author
Hemorrhoid Home Remedy-how To Cure Chronic Intolerable Hemorrhoid ...
4/9 Top 10 Exotic Free Energy Technologies - Sterling Allan, Hawaii
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The Alternative Energy industry is going through a recovery after absorbing the global recession and the cascading fall in global crude oil prices. Earlier this year, quite a few alternative energy companies were in the trough. Though these alternative energy companies have recovered from their lows, their valuations are still extensively lower than their 52-week highs.
The growth of alternative energy companies is closely tied to the fortunes of the economy. In its latest release, the Energy Information Administration (EIA) predicted that total U.S. electricity usage will decline by 3.3% in 2009 before growing by 1.3% in 2010 as the improving economy coaxes a gradual recovery in electricity sales. In fiscal 2008, annual U.S. photovoltaic (PV) installed capacity grew by 63% year-over-year, bringing the cumulative installed capacity to 792MW.
According to the Solar Energy Industries Association (SEIA) -- the U.S. trade association on behalf of close to 500 companies in the solar energy industry -- Germany ranked first followed by Spain, Japan and U.S. in terms of cumulative installed solar electric power as of year-end fiscal 2008. However in fiscal 2008, Spain (2.46GW in 2008) beat Germany (1.86GW) in terms of new installations. World solar PV installations reached a record high of 5.95GW in 2008, representing growth of 110% over 2007.
According to the European Photovoltaic Industry Association (EPIA) -- the world industry association for solar photovoltaic electricity market -- the cumulative global installed PV capacity stood at almost 15GW, compared to only 9GW in 2007.
ALTERNATIVE ENERGY OPPORTUNITIES
Alternative Energy Environmental Advantage: Solar power is one of the most benign electric generation resources. Solar cells make electricity without air or water emissions, noise, vibration, habitat impact or waste generation.
Fuel Risk Advantage: Unlike fossil and nuclear fuels, solar energy has no risk of fuel price instability or delivery risk. Although there is variability in the amount and timing of sunlight in the day, season and year, a properly sized and configured alternative energy system can be designed to be highly reliable while providing a long-term, fixed-price electric supply.
Locational Advantage: Unlike other renewable resources such as hydroelectric and wind power, solar power is generally located at a customer’s site due to the general availability of sunlight. As a result, solar power limits the expense and energy losses related with the transmission and distribution from large-scale electric plants to the end users. For most residential consumers in quest of an environment-friendly power alternative, solar power is currently the only viable choice as it can be sourced in urban and rural environments.
Subsidy Programs: Governments, most notably that of China, have augmented their financial support for alternative energy and solar projects. China is aiming at increasing its installed solar power capacity to 2GW by 2011 from 140MW capacity at the end of fiscal 2008. To satisfy this objective, the Chinese government offers 50% of the cost of investment of solar power projects. For solar projects in remote areas, the government subsidizes 70% of the project cost. A company under our coverage benefiting from this move includes Solarfun Power Holdings Co. Ltd. (SOLF - Snapshot Report).
Through the American Reinvestment and Recovery Act (ARRA) passed in February 2009, the U.S. Treasury Department has implemented a alternative energy program to hand out cash grants in lieu of the investment tax credit for renewable energy projects. Recent focus on renewable sources will greatly benefit green crusader companies like Rentech Inc. (RTK - Snapshot Report). Also, the Department of Energy (DOE) in the U.S. has implemented a loan guarantee program to help developers obtain financing for solar power projects.
ALTERNATIVE ENERGY WEAKNESSES
Recent Start-ups: A large number of alternative energy companies are recent start-ups with limited resources. As such, quite a few depend on their customers’ ability to finance solar projects.
Global Recession: The global economic crisis has affected alternative energy sales and earnings growth. Weakness in the debt and equity markets, for as long as it lasts, will raise costs of capital for firms in this emerging sector and may hinder project financing, working capital requirements and new research and development.
Fortune Tied to Crude: Alternative energy stock prices generally rise and fall in direct proportion to the price of crude oil. While in times of high oil prices this may present an opportunity, it also increases volatility in the sector.
Excess Capacity: Industry-wide excess solar cell and module capacity have led to stockpiling across the board. As a result, we think the performance of alternative energy companies such as Evergreen Solar Inc. (ESLR - Analyst Report), JA Solar Holdings Co Ltd. (JASO - Analyst Report), A-Power Energy Generation System (APWR - Snapshot Report) and LDK Solar Company Ltd. (LDK - Snapshot Report) -- weighed down as they are with high inventory levels -- will remain under pressure in the near term.
German Roll-back: Germany, one of the prime solar markets with a lucrative subsidy alternative energy program, is considering a roll-back of its grants. This will affect companies such as First Solar Inc. (FSLR - Analyst Report) and SunPower Corporation (SPWRA - Snapshot Report), who cause a substantial portion of their sales from Germany.
Green living entails using green technologies to produce green energy. Green technologies imply harnessing the eco-friendly natural resources like solar and wind power to produce energy in order conserve the earth and its environment.
Solar energy is one of the major sources of renewable energy. It involves using the power of Sun to generate energy. Solar energy is an ideal replacement for perishable energy resources like coal and petroleum that are being used for decades. The need for replacing the traditional energy resources arises because of the dwindling stocks of such energy and their harmful impact on earth's eco-system. Major part of solar energy is absorbed by the water bodies like oceans and rivers and other processes like photosynthesis on the earth. Solar energy is utilized to produce water cycles, food and life sustaining atmosphere that is essential to support life on earth. Solar energy is now being utilized on daily basis to produce different forms of energy. Solar panels are used to convert the power from sun into electrical energy, which is then used to run different electrical appliances in the homes and the workplaces throughout the world. Solar panels are also used to convert the solar power into heat energy, which is then utilized to heat the water in the water heating systems like boilers and geysers. Solar cookers are used to convert the solar power into heat energy, which is then used for cooking and heating foods. Solar cookers are also utilized for heating and boiling water, pasteurization of milk and drying food items. The temperature generated by these cookers can range anywhere between 90 to 150 degrees celsius.
Wind energy is another clean and renewable source of energy that involves harnessing the power of wind. Large numbers of wind turbines are built throughout the world in order to capture the kinetic energy of wind, which is then converted to electrical energy to power industrial units and large residential areas. The latest technology called vertical axis wind turbines that just require to be pointed towards the wind's direction in order to generate electricity for homes is gaining in popularity across the world. Home based wind energy system includes a wind turbine and generator that are mounted on top of the tower and the associated controls and equipments that are located in separate cabin. There are three wind energy systems that can be used for generating electricity for home. First is Off-Grid or Stand Alone system. This system is installed when your home is not connected to the grid. You will only use the electricity generated by the Off-Grid system. Second is Grid-Tied or On Grid system that comes with battery back up. With this system, you can use the power supplied by grid as well as electricity generated through the wind energy system. With battery back up you can store the energy and use it in case of a power outage. Third is Grid-Tied or On Grid system without battery back up. This works the same way as the second system except you can't use it during the power outage as there is no back up system installed.
Solar energy and wind energy are the two clean and renewable sources of green energy that is essential for green living.
Renewable energy stocks, funds on the rise (26 May 2011)
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The new buzzword in the economy is green jobs. The Obama administration envisions green collar jobs to boost the lagging economy. The industrial leaders of the renewable energy sector promote green collar jobs as the way towards increasing public awareness of the need for environmental protection while increasing the prospects for their bottom line. The environmentalists want green collar jobs to be more pervasive for the sake of Mother Earth.
Green Money
The better news for the Joes and Janes on the street is that green collar jobs mean green dollars on their pockets. Pundits estimate that as many as 185,000 jobs can be generated by the end of 2010 and that figure is for the wind sector alone!
In the solar energy sector, the numbers are more impressive with 7 million jobs created by the year 2030. Of course, it may seem way off into the future but that future starts its roll today. Thus, professionals and skilled workers are advised to hone their skills for green jobs as early as possible.
Efforts along this line will be well rewarded. Many online pay scale sites have discovered in surveys that solar and wind energy workers earn more than their counterparts with similar skills in other industries. Even entry level green energy jobs like solar power installer and wind turbine fabricator can earn at least $36,100 per year, depending on the skills, expertise and experience of the individual as well as the location of the projects.
Another good thing about green jobs aside from the better pay is the upward mobility possible. Workers can move up the ranks with experience, seniority and advanced training depending on company policy.
Of course, higher education in colleges as well as professional licenses matter with green energy jobs but not as much as one expected them to since even high school graduates can enter the workforce. More often than not, one should have transferable skills that can be repurposed as well as the right training for the solar and wind energy sectors.
Green Earth
Green collar jobs also benefit the Earth as well as the pockets of its human inhabitants. Keep in mind that the definition of green collar jobs almost always center on the positive impact, either direct or indirect, of the activities involved on the Earth itself.
Thus, you will read of definitions whereby green collar jobs should generate and use renewable energy, conserve natural resources, minimize waste and use of hazardous materials, promote biodiversity and a healthy ecosystem and lessen greenhouse gas emissions, to name a few goals. Indeed, green jobs are green precisely because these make for a greener Earth in more ways than one.
However, it cannot be overemphasized that gaining employable access to the green sector is not as easy as it seems. Of course, one can always directly apply to companies dealing in renewable energy particularly solar and wind power, which are the largest and fastest-growing niches in the industry, but it is always better to have previous training.
Thus, we strongly suggest going back to school for training in either niches. You will only spend a few months or years earning your certification and/or associate's degree but the rewards will be for the long-term. This way, green jobs are yours for the taking, thanks to your educational advantage.
About the Author
For the latest News on Breakthrough Green Jobs Training programs in the Renewable Energy world visit the Environmental portal of Wind and Solar education.
Work In Green Eastbourne Event 6th June 2011 Roofers and Electricians Opportunities in Solar PV
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Bounce Energy's Smart Saver versus Reliant's Cap and Save
Which One is the Real Way to Save?
Since its launch this past summer, Reliant Energy has been filling the media with its Cap and Save energy plan. Reliant says it's a plan with the security of a term plan and lower rates if energy prices fall. While it seems like a good idea, on closer examination, Reliant's Cap and Save Plan is cashing in on consumer caution rather than giving consumers the tools and information they can use to save on their energy bills.
The Plan:
Reliant's Cap and Save Plan is an indexed energy plan with a 12 month contract term. That means instead of the price being set at a fixed rate for twelve months, the price is indexed to the commodity price of natural gas on the New York Mercantile Exchange (NYMEX). As anyone knows, natural gas is a volatile commodity and its price varies from hour to hour depending on a variety of market forces and world events such as trouble in the Persian Gulf, oil spills in the Gulf of Mexico, and the amount of natural gas in storage in Texas. Theoretically, a consumer could lose their shirt if natural gas prices spiked like they did in 2008. However, Reliant has included a cap on their plan. If the price of natural gas increases to about $4.50 per MMBtu (one million British Thermal Units), consumers will not pay more than the indexed energy charge of 8.9¢/kWh (9.0¢ on the 100% wind plan).
How does indexing work? Reliant's indexing plan is set up to provide consumers with a percentage discount. Reliant determines the discount by taking the settled price of natural gas at NYMEX (Henry Hub) every 15th day of the month, subtracting that from their initial natural gas price when the plan was offered (currently set at $4.50) and then multiplying the result by .003 MMBTU/kWh (million BTUs per kilowatt hours). The result of this is the natural gas Discount Factor (NGDF). For example, on November 5, the NYMEX price was $3.93. The NGDF was .00171. This number was subtracted from the Indexed Energy Price and resulted in a discount price of $.08729/kWh. If your bill was for 1,000 kWh, your electric bill would be $89.00 excluding the NGDF. When you figure in the NGDF, the discounted bill is $87.29 or a savings of $1.71. Ok, that's really, really modest at best but it's still a discount. Right?
What Reliant has only lately been making clear to its Cap and Save Customers is that the 8.9¢/kWh price is actually the base price and that is the only price used to calculate the NGDF. The TDU charges, which everyone pays for every energy plan in Texas, can amount to nearly 30% of a bill. So while you are paying $89.00 as your base price, there's another 4¢/kWh that you must add onto your rate. So, if your rate was 8.729¢ (which includes the NGDF) per kWh, the TDU charges will increase your rate to around 12.729¢ — which is nosing near 13¢/kWh.
This begs the obvious question: why are people willing to pay more than 12¢/kWh for a 12 month indexed plan when there are so many other plans, both fixed and variable, that are at a significantly lower rate and include the TDUcharges in their rate? As of November 10, there were 70 other 12 month fixed plans (including other plans offered by Reliant) listed on powertochoose.org priced less than 12¢/kWh.
According to recent comments exchanged at the Texas Electricity Ratings Blog, Stephen Morisseau with Reliant Energy stated "Customers told us they want the security of a rate that will not go up, and the benefit of lower rates if prices fall." In spite of repeated questioning, Morisseau would not address the fact that Reliant's NGDF was incapable of cranking out the discounts its consumers signed up for. In fact, even if natural gas sold only for 1¢/MMBTU, Reliant's NGDF would only return a discount of 1.347¢ from the base 8.9¢ price. Add in the TDU charges and customers would still pay around 11.5¢/kWh.
What are Reliant's Cap and Save customers thinking? The key is in what Morisseau said: security. Reliant's pitch to consumers is that their rate will be securely capped against a rise in the commodity price of natural gas. It sounds good, but this approach creates a perception that consumers should be afraid that natural gas prices are on the rise.
However, if you look at the NGDF, it's pretty obvious that as long as natural gas prices stay low, Reliant will make a lot of money off the Cap and Save plan. If the actual natural gas price ever goes over $4.50 (Reliant's Initial Natural Gas Price), Reliant will lose money. So, Reliant is betting an awful lot of money that natural gas prices will not rise through 2011.
And according to the US Department of Energy Energy Information Agency (EIA), natural gas prices are not expected to rise.
"Prices are expected to remain below $4 per MMBtu in October but rise to $4.68 per MMBtu by January as space-heating demand increases this winter. EIA has revised its projections for natural gas prices downward through 2011."
And on Nov. 9, EIA stated:
"EIA has lowered the average 2011 Henry Hub price forecast from last month's Outlook by $0.27 per MMBtu, to $4.31 per MMBtu, based on the upward revisions in the domestic production and inventory forecasts."
In short, the 2011 forecast for Natural Gas prices is to undergo some seasonal fluctuation but should remain low overall. And take note of that revised average price: $4.31. Reliant's Initial Natural Gas Price is $4.50.
Falling prices can't be capped, Reliant's Initial Natrual Gas Price and NGDF won't let you save very much, and the price for this "security" is way higher than many, many other plans in the market including a few of Reliant's.
Why shackle yourself to an expensive indexed plan that gives you "security" against high natural gas prices even though those prices are going to be low? Why keep paying for a 12-month plan with a high fixed base-price and a tiny discount that can't compete with 70 other plans?
Instead, you can sign up for a variable plan that follows the effects of changing natural gas prices in the Texas electricity market and won't increase your rate more than 10% from month to month. Bounce Energy's Smart Saver plan is for consumers who want to lower their electricity rate with a month-to-month plan that allows them to take advantage of fallling rates and allows them to switch plans or providers without a termination fee. There's no pricing voodoo or complex mathematics. It's a simple deal. Right now, in the 77004 zip code area (Centerpoint), the Smart Saver's introductory rate is just 10.8¢/kWh. There is no limit to how low your rate could go from month to month and it will never increase by more than 10%. With natural gas prices now forecasted to be low, there is a greater chance that your rates will decrease through 2011. Plus, there's no commitment; you can switch to a Bounce Energy fixed rate plan where you can lock in a low rate if prices do go up.
So if you think you're going to "Cap and Save" real money for the next 12 months with Reliant Energy, here's a news flash: you won't. Switch to Bounce Energy and start saving real money today.
Plus, customers who sign up with any Bounce Energy electricity plan are automatically enrolled in the Bounce Energy Rewards Program. Through the Rewards Program, customers receive exclusive gifts for paying your bill on-time. After paying on-time for 6 months, customers can choose to receive 2 movie tickets or a free companion airfare ticket. 12 months of on-time payments rewards customers with a $75 bill credit on their electricity bill. After 18 months of on-time payments, customers can choose between a $15 gift card to Starbucks or 2 movie tickets. Customers who pay on-time for 24 months will receive a free month of electricity. And after 30 months of payments, loyal customers are granted Platinum status where they will receive a 3% discount on all future bills when they pay their bills on-time.
About the Author
Bounce Energy is a Texas Electric Company based in Houston. Bounce Energy's goal is provide more than low Texas Electric Rates to our customers. With innovative and flexible plans, excellent customer service, and superior customer rewards, Bounce Energy offers a unique approach to Texas electricity.
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