Techno Sun at Intersolar 2011

banner_blog_intersolar_2011-enFrom Techno Sun we inform you of our company’s participation in the new edition of Intersolar, the International Exhibition of Solar Energy.

Those wishing to visit may find us from 8 to 10 of June at New Munich Trade Fair centre in Germany, Hall B2, Stand 672.

We are happy to serve our customers and visitors directly and display the latest products and services available to solar energy professionals.

We are waiting for you!

Find us at the fair: Location plan of Techno Sun stand

More information about the fair: Official site of Intersolar 2011

Register as visitor with Intersolar: Buy your online ticket as a visitor

Source: Techno Sun

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China outshines the U.S. as the top investor, while Europe is a close third.

Clean Tech Rising

 

The U.S. has been a major player in clean energy technologies, but China is now the leader. The top six European countries, together, are spending almost as much as the U.S. The activity “flies in the face of skepticism about the clean energy sector,” says Michael Liebreich, chief executive of Bloomberg New Energy Finance. Given the trend, stepping up U.S. investment could enhance the country’s competitiveness; an October 2010 report from research firm Clean Edge concluded that China-based companies “are poised to increasingly dominate as clean tech employers.” Greater American effort would also slow climate change and improve energy independence; the biggest solar power plant in the world, it turns out, is being built in Blythe, Calif., by a German firm.

Source: Scientific American

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Japan earthquake raises questions of solar supply and replacing nuclear power

March 14, 2011 — Barclays analyst Vishal Shah says that the major earthquake in Japan — which reached 8.9 on the Richter Scale on Friday, March 11, with serious aftershocks — improves the longer term policy outlook for the renewable solar energy sector even though it weakens the near term supply/demand outlook.

Barclays does not anticipate any immediate change in policy developments in Europe (Italy, France, Germany). Longer term, however, the US, Japan, China and several other Asian countries will consider greater use of clean generation technologies (wind, solar) over nuclear power, says Shah. Japan’s disaster will have broader implications on the debate about how to balance renewable, nuclear and conventional energy sources, agrees Charles Annis, VP of manufacturing research at DisplaySearch.

Japan’s Fukushima Prefecture is facing a nuclear crisis following the earthquake, with three power plants damaged, multiple news sources are reporting. The World Council for Renewable Energy (WCRE, a global network for renewables initiated by EUROSOLAR, The European Association for Renewable Energy) is calling for a “global ban on new nuclear power, phase-out of current plants, and a decisive immediate move to a 100% renewable world.”

In the near term, Shah sees some supply disruptions, potentially negatively impacting fundamentals across the solar supply chain. The entire Japanese economy will be impacted for a while, which may cause some minor shipment and short-term pricing issues for PV components, says Annis. Japan accounts for less than 10% of polysilicon, wafer and cell production capacity, according to DisplaySearch’s numbers. Piper Jaffray analyst Ahmar Zaman says that Japan accounts for 2GW of expected 2011 demand (Piper is cutting its estimate to 1GW following the earthquake disaster), over 19,000 metric tons of polysilicon capacity, 650MW of wafer capacity, 2.2GW of cell capacity and 2.5GW of module capacity.

Solar silicon materials have been relatively in tight supply as solar module market volumes have been pulled in during the last several quarters, notes Linx-AEI Consulting. Subsidy cuts in Europe caused international funding sources of equity and debt to freeze recently, Linx adds, saying that “immediate market forces for solar silicon materials has put downward pressure on demand for supplies.”

Leading Japanese poly suppliers (M.Setek, Tokuyama, Shin Etsu) have been either directly or indirectly impacted by the earthquake in Japan, according to sources checked by Barclays. “With the exception of M. Setek’s facilities, Japan’s solar manufacturing industry appears to be mainly intact,” says Annis, adding that “[M.Setek] facilities were not damaged by the tsunami, but are stopping operation due to lack of electricity and water. AUO stated that production would resume in about a week.”

Poly prices could remain stable as a result (around $95-100/kg) and negatively impact cost/availability of solar manufacturers (such as SunPower Corporation [SPWRA], Chinese suppliers). Zaman expects lowered consumer demand in Japan will cause Japanese module suppliers to export more product, pressuring average selling prices (ASPs) in 2011. The drop-off in poly production in Japan will tighten global supply, keeping ASPs north of $70/kg over the near-term and challenging downstream margins, Zaman adds.

From a demand standpoint, First Solar (FSLR) could see the least impact, followed by most Chinese suppliers that have minimum presence in Japan.

Companies with increasing (although small) exposure to Japan include Suntech Power Holdings Co. (STP), Canadian Solar Inc. (CSIQ), and SPWRA.

“There is no silver lining in this horrific situation,” says Annis, pointing out that the boost solar and other renewable energies will get from the nuclear meltdowns will depend on how dire the nuclear situation becomes.

Source: Electroiq

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Kyocera: Current Situation in Japan

Esslingen, March 15, 2011

Dear Customers and Business Partners,

We would like to extend our sincere thanks for your kind expression of sympathy upon the strongest-ever earthquake and subsequent Tsunami striking the north-east of Japan, particularly wrecking and devastating many coastal towns facing the Pacific Ocean and jeopardizing lives of many people.

We are glad to inform you that the safety and whereabouts of all Kyocera Group employees in Japan has been confirmed, and no injuries have been reported.

The manufacturing plants for our solar modules in Yasu (cell production, Shiga Prefecture), Yohkaichi (cell production, Shiga Prefecture) and Ise (module production, Mie Prefecture) are not effected at all as they are located in Kansai area of Japan.

Our factories are able to continue their production as planned. The quality and availability of our pv modules will be maintained.

With kind regards,

YOUR KYOCERA SOLAR TEAM

Kyocera Fineceramics GmbH
Solar Division

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MCS obtained for HIT Model N and H

Sanyo obtained the MCS for the HIT Modules Model N and H.
Please find attached the datasheets with the approved MCS logo usage in the bottom of this post.

Nxxx-EN_MCS Data Sheet

H250_EN_MCS Data Sheet

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Techno Sun at Ecobuild 2011

From Techno Sun we inform you of our company’s participation in the new edition of Ecobuild, one of the world´s biggest event for sustainable design, construction and the built environment.

In collaboration with the British Photovoltaic Association (BPVA) as new members, we are happy to advise visitors about solar energy, our company, products and services.

Those wishing to visit may find us from 1st to the 3rd of March at ExCeL London, in the BVPA stand N2750.

We are happy to serve our customers and visitors directly and display the latest products and services available to solar energy professionals.

We are waiting for you!

Find us at the fair: Location plan of Techno Sun stand

More information about fair: Official site Ecobuild 2011Getting there

Suscribe as visitor: Free online ticket for visitors

Opening hours:

  • - Tuesday 01 March 10.00 – 17.00
  • - Wednesday 02 March 10.00 – 18.00
  • - Thursday 03 March 10.00 – 16.00

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SUNTECH: Partner Information

Dear Suntech Partners,

We recently discovered that there are modules offered named “Suntech Power” or named “Suntech” via European online forums, trading platforms and mass emails etc. These modules, tendered via unauthorized channels, are offered at unusually very low prices and usually with “CIF” shipping conditions, directly from “short term oriented” traders, etc.

Such modules might be counterfeit or grey imports, for which Suntech Power’s “product and performance warranty” does not apply as of January 1st 2011. Our warranty only applies for products purchased and installed in the EU.

To protect you, our certified partners, Suntech has actively stepped up efforts in a number of different areas summarized in the document attached. We have also sent out a Press Release in German on this subject, also see attached for your reference.

In 2010, there have been also been cases of fake modules shipped into the European markets. In all cases that have come to the company’s attention, Suntech has taken legal action and had counterfeit module shipments destroyed by customs authorities. To date we have successfully won 6 cases in Europe and China. Further cases are pending. Over 40 companies received warning letters or cease and desist orders. In addition, close to 28 containers have been detained or destroyed by European customs authorities.

We will keep close contact in informing you on our next steps against non-official sales channels.

We request you to please also communicate this information to your installers.

In case of questions, please do not hesitate to contact your local Suntech office:

http://eu.suntech-power.com/en/contact/contact.html

Information for our Partners on non-official Sales Channels

Suntech steps up measures in fight against product piracy

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Customer Information – new cable length

Esslingen, February 16, 2011

Dear Customers and Business Partners,

Today, we would like to announce that our modules will be equipped with longer cable length on the junction box from March 2011 delivery onwards (material and connectors will stay unchanged). This makes horizontal installations much more easier.

For any questions, please feel free to contact your responsible Kyocera sales person directly.

YOUR KYOCERA SOLAR TEAM

New Cable Length for
(+) 1.190 / (-) 960

  • KD240GH-2PB
  • KD235GH-2PB
  • KD215GH-2PU
  • KD210GH-2PU

(+) 1.030 / (-) 840

  • KD185GH-2PU
  • KD135GH-2PU
  • FD135GH-2P

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NASA Engineer Finds Answer to Green Energy in the Air

The left image shows an original mammogram before MED-SEG processing. The image on the right, with region of interest (white) labeled, shows a mammogram after MED-SEG processing. (Bartron Medical Imaging)Mark Moore, an aerospace engineer focusing on advanced concepts in the Systems Analysis Branch at NASA’s Langley Research Center (Hampton, VA), is using a grant from the federal government to research airborne wind-capturing platforms. His concepts include long nanotubes that reach into the clouds, tethering a turbine vehicle flying at 2,000, 10,000, or 30,000 feet; and conducting the power that vehicle can harvest from the wind back to Earth.

The left image shows an original mammogram before MED-SEG processing. The image on the right, with region of interest (white) labeled, shows a mammogram after MED-SEG processing. (Bartron Medical Imaging)

“Airspace is a commodity,” Moore said. “You have to be able to use airspace without disrupting it for other players. Larger airplanes — you can’t expect them to fly around every wind turbine that has a two-mile radius as a protected flight zone.” It’s an issue when considering airborne power generation that deserves consideration in a mix that includes solar power, ground-based wind turbines, algae, and other solutions.

Tethers for airborne wind generation assets don’t require a lot of ground space, nor are they labor intensive. And they don’t pollute. At 2,000 feet, there is two to three times the wind velocity compared to ground level, according to Moore. Send turbines farther aloft, into the 150-mph jet stream at 30,000 feet, and instead of 500 Watts per meter for ground-based wind turbines, one can achieve about 20,000 or 40,000 Watts per square meter.

The wind turbine study, he maintains, should be two studies. One involves the technology and geography, and the other involves the interaction between those elements and other competitors for airspace. That means dealing with current Federal Aviation Administration (FAA) regulations. “Offshore deployment of these airborne systems probably makes the most sense in terms of both airspace and land use, because there is little to no demand for low-altitude flight over oceans 12 miles offshore,” Moore said.

“We’ve shown in the past that NASA’s expertise can help broker and bring an understanding to the FAA as to how these technologies can map into constructive purposes,” said Moore. “They welcome this study because they’ve never dealt with flying systems and NASA has.”

For more information, visitwww.nasa.gov/topics/technology/features/capturingwind.html.

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Sanyo HITs the UK with high efficiency solar modules

Sanyo Component Europe has announced the microgeneration certification of several of its high efficiency solar modules, including the HIT range. The newly accredited modules include the new N series, including the 240W module which has a cell conversion efficiency of 21.6% and a world’s top level module efficiency for crystalline-based silicon modules of 19%.

Also accredited is the HD type 250W module, with 20.8% cell efficiency and 18% module efficiency. The new HD type, being a 250W output module requires just 12 modules to make up a 3kW system size, suitable for a standard UK residential home.

Sanyo’s HIT modules are known to have 99.9962% reliability due to their low failure level.The newly accredited high efficiency modules mean that homeowners in the UK installing solar systems will be able to generate more electricity than before and get further benefit from the FiT scheme.

Shigeki Komatsu, Director of the European Solar Division for Sanyo said, “In the case of the UK, roof tops are rather limited in size and most installations are around 2kW in size. This means that without high efficiency modules there is next to no benefit for the home owner. Not only do our products have the top level energy conversion efficiency, we also offer a performance guarantee of 80% after 25 years. This is critical for the homeowner since the UK FiT also lasts 25 years.”

The new N type modules from Sanyo are already in production and the HD type will be available from March. All will be produced at the factory in Hungary which is currently undergoing an expansion in production capacity from 165MW to 315MW, scheduled for completion in March 2011.

Sanyo’s UK-based distributors include Alternergy, IBC Solar, Solarcentury, TechnoSun UK and Wagner Solar.

Certified modules include:

Model: Cell Efficiency: Module Efficiency: Output/m²
HIT –N240SE10 21.6% 19.0% 190 W/m²
HIT –N235SE10 21.1% 18.6% 186 W/m²
HIT –N230SE10 20.7% 18.2% 182 W/m²
HIT –H250E01 20.8% 18.0% 180 W/m²
HIT – H245E01 20.4% 17.7% 177 W/m²
HIT-240HDE4 20.0% 17.3% 173 W/m²
HIP-215NKHE5 19.3% 17.1% 171 W/m²

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