The Globe and Mail

 The Globe and Mail

Opera star Measha Brueggergosman and songwriter Stephan Moccio will join Martin Short on the Canada’s Got Talent judging panel.

Citytv also announced that Toronto TV personality Dina Pugliese will host the show.

Brueggergosman is a Juno-winning soprano who has performed in famed venues around the world including Roy Thomson Hall, Carnegie Hall and the Kennedy Center.

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Originally from St. Catharines, Ont., Moccio is known for writing the song I believe for the Vancouver 2010 Olympic Winter Games. He’s also worked with artists including Celine Dion, Josh Groban, Olivia Newton-John and Gladys Knight.

The Canada’s Got Talent live theatre audition tour continue Tuesday in Calgary.

The show is set to premiere next March.

The Talent franchise originated in the U.K., with reality TV’s Simon Cowell serving as creator and one of the show’s judges.

Since then, new versions have sprouted in nearly every corner of the world, including Australia, Chile, Italy, China, India and Thailand.

Tempe-based First Solar won’t get nearly $2 billion loan guarantee

 Tempe based First Solar wont get nearly $2 billion loan guarantee

Tempe-based first Solar inc. will not get a $1.9 billion Energy Department loan guarantee for a massive California solar-power plant, but company officials said they still will build and sell the project as planned.

At least one analyst speculated that the deal, which had preliminary approval, fell apart because of the fallout from Solyndra inc., a California solar company that took more than $500 million in federal loans to build a solar-panel factory then filed for bankruptcy, leaving taxpayers with the debt.

“Given the political pressure from Solyndra and delays at the (Office of Management and Budget), we now assume the Topaz project will not receive DOE loan guarantees,” Jefferies and Co. inc. analyst Jesse Pichel said in a note to investors.

First Solar officials said the deal fell through because they couldn’t meet the Sept. 30 deadline to finalize the loans but declined to provide details or comment on Solyndra.

Once built, first Solar’s Topaz Solar Project in San Luis Obispo County has a deal to sell power to Pacific Gas and Electric Co. the project had applied for the federal government to guarantee $1.93 million in construction loans in case of a default.

A syndicate of institutional investors and commercial banks was going to make the original loan, and the debt was to be repaid over time with money made by selling energy to PG&E.

First Solar typically builds its solar-power plants and negotiates the financing and sale of their power. then it sells the plants to a utility or another business, and the buyer takes over the debt payments and, if applicable, the contract to sell power.

Pichel and other analysts, including Dan Ries of Collins Stewart, have said this week that this type of Energy Department loan guarantee is much less risky than the loan to Solyndra because the power plants are almost guaranteed by their power-purchase contracts to generate revenue once they are built.

Solyndra, on the other hand, used the money to build a factory to make solar panels, and its panels were not cost-competitive with others on the market.

First Solar still expects to get federal assistance for two other large California power plants, one of which will be a loan guarantee and the other an actual loan from the Federal Financing Bank.

The deadline for those loans is Sept. 30, and leaders in the House Committee on Energy and Commerce have asked the DOE for an update on the loans’ progress by today.

Those lawmakers said earlier this week that they are concerned the DOE could be making loans without properly assessing their risk, leaving taxpayers on the hook, like with Solyndra.

The loan program under review was created in 2005 and accelerated under the 2009 Stimulus Act. the DOE has closed 18 loan guarantees worth $9.4 billion since the stimulus passed and has 13 outstanding “conditional commitments,” including two to first Solar.

The first Solar projects still expected to get federal help – the Antelope Valley Solar Ranch 80 miles north of Los Angeles and the Desert Sunlight project in Riverside County – have already broken ground.

The Topaz project has not. to qualify for the federal assistance, the projects must break ground by Sept. 30.

The Energy Department has given preliminary approval for a $680 million loan for the Antelope Valley project and a $1.88 billion loan guarantee for the Desert Sunlight project.

The Desert Sunlight loans that are partially guaranteed by Energy Department will be funded by institutional investors and commercial banks led by Goldman Sachs Lending Partners LLC, according to the department.

First Solar spokesman Alan Bernheimer said that Topaz would not get the federal assistance because it would not complete all of the requirements for the loan by Sept. 30 but would not elaborate on which requirements the company could not complete.

Bernheimer said first Solar still will build the 550-megawatt Topaz project but will seek new financing without the federal loan support, which will likely mean a higher interest rate.

“We are . . . in advanced discussion with potential buyers regarding a sale and financing structure that does not require DOE guarantees,” he said. “And we continue to work with the DOE to close the remaining loan guarantees.”

The news would not affect a Mesa solar-panel factory that first Solar is building, he said, adding that the company has several other power plants under way not involving federal loan assistance.

“First Solar has a project-development pipeline in North America of 2,600 megawatts under contract with utilities,” he said. “We have no plans to delay completion of the Mesa factory.”

First Solar’s stock price continued to take a beating Thursday, falling $6.67, or 9.1 percent, to $66.85.

‘Stop operation of EDC geothermal plant’

1309317307 34 ‘Stop operation of EDC geothermal plant’

Friday, June 10, 2011

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THE Catholic Church and environment groups in the province demand that the Energy Development Corporation (EDC) should stop the operation of its geothermal power plant in Bago City and return Mt. Kanlaon to the people of Negros.

In an urgent appeal to President Benigno Aquino III, the Department of Environment and Natural Resources (DENR) and Department of Energy secretaries and the provincial officials, the church and the environmentalist groups reiterated their resistance to the geothermal power project of EDC, demanding Republic Act 9154 or the Mt. Kanlaon National Law be scrapped.

Win US $500 cash in Sun.Star’s music video contest

In a press conference yesterdays, the groups Social Action Center of the Diocese of Bacolod, Dawn Foundation and Negros Environment Watch said that in spite of numerous technical and scientific studies, actual explorations and drilling, and site development projects, such geothermal project has still not produced electricity for the benefit of the people of Negros.

The groups said the power plant permanently altered the landscape and territorial boundaries of Mt. Kanlaon Natural Park (MKNP) considering the geothermal plant had cut down thousands of endgandered forest trees, destroyed and dislocated countless wild flora and fauna, and contaminated the upland waterways with toxic effluents.

The groups called for the President to order the current secretaries of DOE and DENR to immediately stop the operations of EDC at the MKNP and initiate a comprehensive audit of the geothermal project.

They also called for the governor and the Sangguniang Panlalawigan to rescind its MOA with PNOC-EDC for the latter’s violations of the agreement.

Further, they called on Negros solons to initiate legislative reforms and support actions that will scrap or amend RA 9154, deleting dubious provisions, especially on the buffer zone and those giving EDC instant membership in the Protected Area Management Board and reverting the original boundary of MKNP.

EDC has announced that they will shut down anew the operation of its Northern Negros Geothermal Power Plant (NNGPP) in Bago City on July until December this year to give way to the survey to locate potential productive areas to get the target power generation capacity of 49 megawatts. (Teresa Ellera-Dulla)

Published in the Sun.Star Bacolod newspaper on June 10, 2011.

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Automobile manufacturers are not willing to use rare earth

1304787707 62 Automobile manufacturers are not willing to use rare earthApril 16, 2011 – 12:29 pm

Since 2010, “Rare Earth Crisis”has become the subject of continuing concern Japanese media, can win “rare-earth warfare”has become a matter of the Japanese automotive industry and the key to the survival of high-tech industries.to reduce costs, get rid of dependence on the rare earth, many Japanese automanufacturers are scrambling to develop new types of motors. Japan’s Toyota MotorCorp. said it is working to develop a completely new type of electric motor without rare earth.

Mainly used in rare earth magnet motor vehicle, all the motors have to rely on magnetsto work. Toyota is developing this new motor is cheap in common based onasynchronous motor developed.Induction motor is often used in home appliances such as kitchen mixer, using theelectromagnet, power only when the solenoid will produce magnetic.

Most hybrid vehicles and electric vehicles rely on the use of permanent magnet motor.by the rare earth neodymium permanent magnets made ​​of minerals, always have amagnetic field.

Toyota’s global chief engineer Takeshi Yamada said the use of new technology, we can not use magnets, while production of smaller, superb performance of the engine, the technology will soon be launched.

Procurement accounts for the global automotive industry supplies 40% of neodymium, while Toyota’s purchases than any other company to be more.Every car manufacturer Toyota Prius, will use up approximately 1 kg of neodymium.Lifton said that if Toyota to use the asynchronous motors, neodymium demand will be greatly affected.

In addition, the world’s largest manufacturers of auto parts companies in Germany, also known as Ma cards, rare earth metals have been successfully developed withoutthe motor. The motors will be used in certain models on sale in Europe this year onelectric cars.

According to Ma licensing company hybrid and electric vehicles program director MikeKlein introduced the motor development of this part of the reason is to avoid the use ofrare earth metals, but mainly to reduce costs. Klein said that even in the case ofsufficient supply of the electric car is still used by the high price of permanent magnets.

Rare Earth Mine is the general term of 17 chemical elements, which are present in theore, and then refined separately. Rare-earth magnets are widely used in mining, semiconductor and other technology products.

Daily Kos: And The Death Star Moves Into Position

1303932028 40 Daily Kos: And The Death Star Moves Into Position

Sorry I got carried away there…

U.S. Rep. Michael Burgess, who has authored “Doctor in the House” on the issue of the nationalization of health care, said the IPAB was a bad idea when ex-Sen. Tom Daschle, D-S.D., proposed it before voters removed him from office, and it hasn’t gotten better.

“Now for the first time ever the primary party for health care for seniors, Medicare, is going to be able to tell you what kind of care you can get, where and when you can get it and worst of all, when you’ve had enough,” he told WND today.

Had enough?…you should be so lucky…

Sorry I must get serious..

But wait a minute didn’t the right propose vouchers?

Dick Morris wrote, “The IPAB will be, essentially, the rationing board that will decide who gets what care. Its decisions will be guided by a particularly vicious concept of Quality Adjusted Life Years … if you have enough QUALYS ahead of you, you’ll be approved for a hip replacement or a heart transplant. if not, you’re out of luck.

Yep they are back and ready to scream once more

What do we mean by the orbital energy of an orbiting (such as a planet, moon, or satellite)?

1303910426 38 What do we mean by the orbital energy of an orbiting (such as a planet, moon, or satellite)?

A) Orbital energy is the object's kinetic energy as it moves through its orbit.

B) Orbital energy is the sum of the object's kinetic energy and its gravitational potential energy as it moves through its orbit.

C) Orbital energy is a measure of the object's speed as it moves through its orbit.

D) Orbital energy is the amount of energy required for the object to leave orbit and escape into space.

B) Orbital energy is the sum of the object's kinetic energy and its gravitational potential energy as it moves through its orbit.

It means: e=mc² The answer is: A

At orbital speeds it's all about kinetic energy..

Help – Page Not Found – Boston.com

1299035411 72 Help   Page Not Found   Boston.com

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Can i delete old versions of java?

1298955617 68 Can i delete old versions of java?

I am in my list of programs in the control panel, and I have Java update 17, update 2, update 3, and update 5 all installed. can I delete some of them, if so which ones?

b careful. but if u decide 2 delete / Delete em from add/remove programms.

It should be okay to delete all but the latest one, so in your case, 2, 3, and 5 can go. Just to be safe, I'd keep 5 and 17. If there are any issues you can always reinstall from the Sun Microsystems website.

2010-2014 Deep Research Report on China Wind Turbine Casting Industry — Aarkstore Enterprise

2010-2014 Deep Research Report on China Wind Turbine Casting Industry was professional and depth research report on China wind turbine casting industry. this report has firstly introduced wind turbine casting definition classification industry chain etc relation information. Then introduced wind turbine casting manufacturing technology and process. At the same time, introduced key processes specifications and applications. And then Summary statistics of China major wind turbine casting manufacturers 2009-2014 wind turbine casting capacity production supply demand (mainly according wind turbine installations) shortage and wind turbine casting selling price cost profit margin and production value. And also introduced China 12 major wind turbine casting companies basic information, 2009-2014 all kinds of power (1.5MW 2.0MW 3.0MW etc) wind turbine casting (hub, base ,gearbox cabinet etc) capacity production price cost profit margin and production value etc details information and wind turbine casting market achievements in China. And also introduced key wind turbine manufacturers wind turbine installations and wind turbine casting demand. Finally, this report introduced 20K tons/year wind turbine casting project feasibility analysis and investment return analysis. also give related research conclusions and development trend analysis of China wind turbine casting industry. In a word, it was a depth research report on China wind turbine casting industry. And thanks to the support and assistance from wind turbine casting industry chain (casting companies wind turbine companies raw materials Suppliers government related agencies etc) related experts and enterprises during QYResearch Team survey and interview.

Table of Contents :

Chapter One Wind Turbine Casting Industry Overview 1
1.1 Definition of Wind Turbine Casting 1
1.2 Classification and Application 2
1.3 Industry Chain Structure 4
1.4 Wind Turbine Casting Industry Outlook 4

Chapter Two Wind Turbine Casting Manufacture Technology and Processes 11
2.1 Wind Turbine Casting Manufacturing Technology 11
2.2 Raw materials and equipment suppliers 13

Chapter Three China Wind Turbine Casting Productions Supply Sales Demand Market Status and Forecast 16
3.1 Wind Turbine Casting Productions Overview 16
3.2 Wind Turbine Casting Demand 20
3.3 Supply and Demand of China Wind Turbine Casting 126
3.4 Cost Price Value Profit Margin of China Wind Turbine Casting 127
3.5 Wind Turbine Casting Customer relationship 129

Chapter Four Wind Turbine Casting Key Manufacturers 130
4.1 Jiangsu JixinÂiJiangsu JiangyinÂj 130
4.2 Wuxi QiaolianÂiJiangsu WuxiÂj 135
4.3 Huarui Heavy Industry Steel CastingÂiDalian 002204 SZ.Âj 141
4.4 Zhejiang Jiali Wind Power Technology Co., LtdÂiJiangsu WuxiÂj 146
4.5 Ningbo riyue foundry co. ltdÂiZhejiangÂj 151
4.6 Jiangsu Faw FoundayÂiJiangsu WuxiÂj 154
4.7 Ningbo Yeong-shang casting Iron Co.,Ltd.ÂiZhejiangÂj 158
4.8 Henan Hongyu Special Castings Stock Co., Ltd. 161
4.9 Changzhou Zhuorun Wind Power Equipment Co.,Ltd (Jiangsu) 165
4.10 Changcheng Suzaki Machine & Foundry Co.,LtdÂiCSMF NingxiaÂj 169
4.11 Xingsheng CastingÂiLiaoning BenxiÂj 173
4.12 Shanxi Diesel Engine Heavy Industry Co.,Ltd 176
4.13 Other Wind Turbine Casting Manufacturers 180
4.13.1 Zhejiang Xinfengda wind Accessories Co., Ltd. 180
4.13.2 Vestas Casting (Xuzhou) Co., Ltd. 181
4.13.3 Wuhu Toyama Heavy Industry Co., Ltd. (Anhui) 182
4.13.4 DEC (Deyang) Foundry Co., Ltd. 182
4.13.5 Nantong Koizumi Mechanical & Electrical Co., Ltd. 183
4.13.6 Qinchuan foundryÂiQinchuan Machinery development Co.,Ltd. 000837Âj 184
4.13.7 Shanghai Changjing Metal Production Co., Ltd. 184
4.13.8 Wuxi Lion Wind Energy Tech Co.,Ltd. 185
4.13.9 Heibei Guangjin Wind Energy Technology Co., Ltd.ÂiBuilding ProjectÂj 186
4.13.10 Jiangsu Huadong Paper Machinery 187

For more information, please visit :
http://www.aarkstore.com/reports/2010-2014-Deep-Research-Report-on-China-Wind-Turbine-Casting-Industry-65338.html

Windmill Parts – A Brief Overview, Explained

Have you made the decision to build your own windmill electricity? Many people the world over are now taking advantage of the wind to produce electricity at their homes.

However, windmill turbines will require some basic and simple maintenance over the years.

Therefore, to help you along your way, I want to show you some of the windmill parts which will make up your electric windmill:

Tower – This can be made of wood on smaller windmills and it is what holds the windmill up into the air.

Blades – Usually a home windmill will have 2 blades. However, to gain more energy, you may add another 1 or 2 blades to your windmill.

Generator – This is main body that actually produces the electrical power.

Anemometer – This measures the speed and strength of the wind which will in turn, determine how fast the blades are rotating.

Pitch – Pitch is the “tilt” of the blades, or the angle that the blades are at. These must be set to specific angles.

Rotor – The rotor is usually attached to the generator shaft and it is what the blades and hub are attached to.

Wind Vane – This is the “tail” that ensures the windmill is pointed into the wind. Important for maximum power generation.

Remember – these are very basically the windmill parts required for you to build your own unit at home.

There are others of course but these are the most important one you will need to know about. Further details are available in the build manuals.

If you have been considering building your own electric windmill for your home or business, you could not choose a more simple alternative home energy source. You can literally save thousands on your bills and help protect the environment at the same time.

So, the question is, are you ready to have a go and build an electric windmill?

 

A geared-up 4 to 1 homemade windmill with a 50V Ametek generator.