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Kyocera: New KD PV module series replaces KC series
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Kyocera replaces KC series
by its new KD module series.
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The Japanese technology corporation Kyocera (Kyoto), manufacturer of photovoltaic (PV) modules, is launching its new KD module series in summer 2008. This will be replacing the
previous KC series and is characterized by a higher output power and greater reliability, the company reports in a press release. The solar cells of the new KD modules are produced in a
square format. This shape of cut permits a convenient arrangement without any large vacant spaces inside the module and leads to higher output power. Starting off the series in early
summer is the large module KD205GH-2P, as a successor to the KC200GHT-2. In a direct comparison, the KD205 provides 2.5 per cent (5 watts) more energy than its predecessor.
The KD series also stands for greater reliability, the producer emphasizes: The deviation from rated power has been reduced to +/-5 per cent. In the KC series, this tolerance still
amounted to +10/-5 per cent.
"We are always striving to promote the development of both our company and our products. The focus here is on our solar modules in order to implement our resolution of achieving a
balance between economic growth and environmental protection in practical applications,” says Mitsuru Imanaka, European President of Kyocera Fineceramics GmbH. All KD modules due
to Kyocera fulfil the new IEC 61215 ed. 2 standard. This certificate is prescribed for all crystalline solar modules as from 1 April. Therefore to coincide with this date, all current
KC modules will be modified if their KD successor is not due to be manufactured until a later point in time.
Kyocera is pursuing a principle of developing products that actively solve current environmental problems. In addition, the company operates under strict environmental protection
measures that apply throughout the corporation. These include protecting the ozone layer and reducing waste as well as conserving energy and resources. And as a consequence of this,
since January 2008, Kyocera has been gradually replacing 179 of its 194 company vehicles by environmentally friendly hybrid cars in order to contribute to a reduction in CO2
emissions.
2008-02-29 Courtesy: Kyocera Fineceramics GmbH Solarserver.de © Heindl Server GmbH
Picture Courtesy: Kyocera Fineceramics GmbH
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ersol expands management ranks
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ersol board of management
member Peter Schneidewind.
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With effect from March 1st 2008 ersol Solar Energy AG (ersol) is expanding its hitherto three-person Board of Management. Peter Schneidewind, past and future Managing Director of
ersol Thin Film GmbH, will be responsible for the Thin Film activities as the fourth Board Member in addition to Dr. Claus Beneking (CEO), Ekhard von Dewitz (CFO) and Jürgen Pressl
(COO). Peter Schneidewind (40), a physics graduate, has served in the position of Director of ersol Modules at the Thüringian PV producer since 1 September 2007. This segment includes
wholly-owned ersol subsidiary aimex-solar GmbH, ersol Thin Film GmbH, in which ersol has a majority holding, and a 35 % holding in the ersol Group’s Chinese joint venture Shanghai
Electric Solar Energy Co. Ltd. (SESE). After a term at the Fraunhofer Institut für Solare Energiesysteme (Fraunhofer Institute for Solar Energy Systems) in Freiburg, he
worked at Schott as a product developer for solar systems. In the course of his activities as product manager at Ferrofluidics he was in charge of European sales for thin-film
technology. In his most recent position Peter Schneidewind managed the high-tech sector at Roland Berger Strategy Consultants for many years with a focus on semi-conductor technology
and renewable energy.
"ersol’s Thin Film activities are setting a brisk pace in growth. Recently we launched module sales, brought an investor on board as a co-partner and founded a research alliance
with Schott Solar for the development of micromorphous technology. ersol Thin Film is thus well set for the future", explains Peter Schneidewind. "Overall there are many important
issues and tasks which will be catered for by creating a position such as this", the new ersol Board member sums up.
Board of Management expanded to accommodate strong growth in business
The appointment of a further member of the Board of Management is accompanied by a reassignment of responsibilities within the management team due to the many tasks to be tackled by the
Management resulting from the growth in all segments. The responsibilities will be reassigned as follows: Dr. Claus Beneking (Chief Executive) will be responsible for the production and
sale of crystalline modules, corporate strategy, research and development, human resources and investor relations. Ekhard von Dewitz (Chief Financial Officer) will be responsible for
finances, controlling, IT, internal administration and legal matters. Besides his present areas of responsibility Silicon and Wafers, Jürgen Pressl (COO) will now also be responsible
for the segment Solar Cells. Peter Schneidewind (Deputy Board Member) will immediately take responsibility for the Thin Film activities, which was previously in the charge of Dr.
Beneking.
2008-02-28 Courtesy: ersol Solar Energy AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: ersol Solar Energy AG
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Sputnik increases production capacity for solar inverters to 400 megawatts
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New Sputnik production facility for
PV central inverters at Biel
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As department leader, Michel Castelletti has been organising the production of central photovoltaic inverters at Sputnik Engineering AG (Biel, Switzerland) since August 2004. In 2007
the four-thousandth device was manufactured. Now the 43-year-old electrician has a new challenge: in January Castelletti was promoted to production manager. His goal: by the end of the
year, the production capacity for string and central inverters should climb to 400 megawatts. So that this works, Castelletti will open a new production facility in the Biel suburb Port
in March. "In Port we have an industry building with a surface area of 1,800 square metres. The largest part will be used for manufacturing central inverters and components
for data communication", he reports. At this location 25 to 30 Sputnik employees will assemble SolarMax central inverters with outputs from 50 kilowatts upwards, test component groups
and printed circuit boards, and manufacture monitoring systems and data loggers. "In this year we want to produce the seven-thousandth central inverter", says Castelletti.
The production of the new central inverters of the S-series and the smaller central inverters of the C-series with nominal outputs of 20 to 35 kilowatts has been outsourced. Sputnik
will concentrate on the production of string inverters at the headquarters in the former Rolex building in Biel. Here, too, the company is expanding. Currently 12 persons work on the
manufacture of SolarMax string inverters. This number should rise to 18 persons by the end of 2008. A further 100 full-time workers manufacture component groups and electronic
components for the SolarMax string and central inverters in outsourced Swiss companies.A total of around 120 Sputnik employees currently work in Biel in development, production and
sales. As a comparison, at the end of 2004 the Swiss manufacturer employed only 38 persons. At that time, the managing directors Christoph von Bergen and Philipp Müller decided upon an
expansion strategy. The company moved into its new company building in Biel and increased its production capacity ten-fold from 30 to 300 megawatts.
The new premises in Port now offer sufficient space for further expansion. A necessary step, since Sputnik has increased its sales drastically in the past few years: the company sold
devices with a total capacity of 120 megawatts in 2006; last year the number rose to 188 megawatts. In this year Sputnik plans to sell inverters with a total capacity of 275
megawatts.
Sputnik exports around 99 percent of its devices. While 108 megawatts were installed in Germany last year, there were 70 megawatts installed in Spain, and in Italy four megawatts. The
German branch Sputnik Engineering GmbH in Stockach (Baden-Württemberg) has been taking care of sales and customer service in Germany since 2001. In 2006 Sputnik founded the Spanish
branch office Sputnik Engineering Ibérica S.L., and the Italian subsidiary Sputnik Engineering Italia S.r.l. followed in 2007.
Qualified personnel produces high quality Swiss products
"With our high-quality products and our attractive cost-effectiveness, we are well positioned in these new markets", says Sputnik managing director Christoph von Bergen. In addition to
Germany, Spain and Italy, Sputnik is, for example, also active in France and Greece. While the sales to Spain grew by 250 percent, they increased in Italy by 200 and in France by 180
percent. At the end of 2007 Sputnik closed a sale on the delivery of two megawatts to Greece. In spite of the increasing internationalisation, Castelletti remains committed to the
production location in Switzerland. "Here we have the reliable, highly qualified personnel with a lot of know-how, which we need for the manufacture of our Swiss high quality products".
For it is Sputnik’s goal, after all, to guarantee its proven quality even when production numbers rise.
2008-02-28 Courtesy: Sputnik Engineering AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: Sputnik Engineering AG
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Photovoltaic solar energy to attract major investments over the coming years
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Shares of green energy investments.
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The 2nd International Conference on Solar Photovoltaic (PV) Investments organized by the European Photovoltaic Industry Association (EPIA), attracted almost 300 participants from 34
countries on the 19th and 20th February to Frankfurt, EPIA reports in a press release. Due to EPIA The PV sector is the renewable energy business with the most significant investment
activity today. More than 25 % of the money invested in clean energy technologies is going to solar PV. The conference gave a perfect opportunity to review PV market trends and industry
developments, to understand the specifics of solar PV technology and to explore the best instruments with which to finance both PV projects and companies. Participants were
from both the PV Industry and the Financial sector, reflecting the mutual need for improved cooperation. "EPIA's international PV investment conference has strengthened the crucial link
between the financial community and the PV industry. The rising number and high profile of participants and speakers shows the demand for such a forum. The conference will continue to
evolve with the needs of both groups: PV companies as well as investors and banks", said Christian Langen, Chairman of the conference steering committee and Board Director of
EPIA.
Latest Market up-data: Uncertainty for Germany and Spain; Italy and France show constant growth; Greece expected to boom very soon
Winfried Hoffmann, EPIA president presented the association’s forecasts with a projected global market of 11 Gigawatt (GW) in 2012 (compared to 2,3 GW in 2007). Grid connected
systems will cover a large part of this market with Germany, US, and Spain leading this development. These projections assume that adequate public policies are put in place or
consolidated. He stated that "public support will be required until solar PV electricity reaches grid parity by becoming cost competitive with retail electricity prices, firstly in more
sunny countries such as Italy or Spain and progressively throughout Europe by 2020".
Experts from each national key country provided a good insight on current and future leading markets in Europe:
· In Germany, market actors are awaiting the revision of the feed-in tariff (FiT) degression rate that will likely happen in the summer of 2008 and that will become effective from 2009.
The current draft foresees a decrease from over 9% in FiT for 2009 reduced to a 7% digression in 2010 and an 8% from 2011 on. Germany has consolidated its position of market leader,
reaching an annual installed capacity of 1100MW in 2007.
· Spain appears to represent the challenges of unsustainable development, with a growth surpassing 300% in 2007. The current legislation in place forces market participants to rush
projects now instead of ensuring long term sustainable growth. The “solar rush“ that Spain is experiencing is largely due to the uncertainty which exists today on future
legislative developments. Spain is expecting a revision of the current decree that determines the Feed-In-Tariff for electricity generated with a PV powerplant; this revision will
probably only take place in September 2008 after a new government has been elected.
· In France, the market is leaning towards building integrated installations due to the design of the legislation that offers a better remuneration (0.57 €/KWh) than other types of
PV systems. The market was about 45 MWp in 2007. French professionals estimate the market could reach 500 MWp in 2013 and 7 to 8 GW in 2020, enabling an annual growth of about 30% on
average for the next decade.
· Italy registered a total market of 25 MW, up by over 65% from 2006. The level of FiT in Italy went from 0,36 €/KWh to up to 0,49 €/KWh, its structure is very similar to the
German model. The smaller and the more integrated the system is to the building, the higher the remuneration. Italy expects progressive growth in the same ranges as France does.
· Although Greece adopted a new and promising FiT in 2006, the market take-off is still awaited. Requests for applications are numerous, over 450 MW have been solicited. The main
problem stands in the long administrative process. Greek professionals estimate the market will explode from 2008 with the finalization of approval processes of current requests.
PV Industry: huge investments required to drive costs down
The sector is heavily investing in new production capacities and PV power plants in order to drive costs down throughout the value chain.
On the production side, EPIA expects that in 2010, production capacities will be between 18 and 20 GW, with the share of thin film being about 20%. Both technologies have different
qualities, on one side silicon based products are more efficient (12% to 21%) enabling a major output per m2, thin film products although less efficient (up to 10%), are less expensive
per Wp. The main bottleneck of the development of silicon-based products in the last years has been a shortage of raw-material. Nevertheless, many new players have entered this market
and new production plants are being set up. Therefore its availability is increasing and supply should meet demand from 2009 onwards. For the first time in 2007, more silicon was
assigned to the solar industry than to the semiconductor industry. This temporary situation of shortage has lead many companies to invest in other technologies such as thin-film or to
increase the supply of raw-material.
All presentations of the conference are available to download at: http://www.epia.org/index.php?id=183
2008-02-27 Courtesy: European Photovoltaic Industry Association Solarserver.de © Heindl Server GmbH
Picture Courtesy: New energy finance, January 2008; Sarasin
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German PV producer SOLON AG raises revenue to more than EUR 500 million
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Pre-assembly of SOLON-Movers
in the factory
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The Berlin-based SOLON AG für Solartechnik on February 26th 2008 published its preliminary results for 2007. They reveal that the company grew strongly once more last year, and it
produced solar modules and power generation systems with a total output of 118 megawatts (2006: 84 megawatts), SOLON reports in a press release. Consolidated revenue due to the company
rose by 45 percent to EUR 503 million (2006: EUR 346.4 million), exceeding its revenue forecast for 2007, which was revised upward last November. EBITDA increased by 39 percent to EUR
43 million (2006: EUR 30.9 million). Earnings before interest and tax (EBIT) totaled EUR 35 million, a year-on-year rise of 41 percent (2006: EUR 24.8 million). Net profit
including non-recurrent items amounted to EUR 37 million and earnings per share rose to EUR 3.62. The non-recurrent items result from the disposal and revaluation of equity investments
and the redemption of the 2005/2010 convertible bond. Adjusted for non-recurrent items, net profit for 2007 amounted to EUR 21 million (2006: EUR 14.4 million) and earnings per share to
EUR 2.05 (2006: EUR 1.56). This represents a 46 percent year-onyear improvement in earnings and a 31 percent increase in earnings per share.
production capacity to be raised to 500 megawatts by the end of 2008
SOLON has five production facilities in Germany, Austria, Italy and the USA with a total annual production capacity of 210 megawatts. As announced, this total is to be raised to 500
megawatts by the end of 2008, with the biggest single increases taking place in Greifswald, Germany (from 70 to 200 megawatts) and Italy (from 30 to 150 megawatts). The SOLON group will
then have an average production capacity of 250 megawatts at its disposal in 2008.
When it published its preliminary full-year results for 2007, SOLON reiterated its forecast for the current year saying that it plans to increase its 2008 production volume to 200
megawatts. The solar cells needed to achieve this will be supplied under existing long-term supply contracts. SOLON expects consolidated revenue for 2008 as a whole to be EUR 850-900
million with a similar increase in net profit. Once again, SOLON is forecasting strong growth in revenue and earnings of around 50 percent in 2009.
SOLON AG's full annual report is published on April 7, 2008 and can be downloaded from the company's website.
2008-02-26 Courtesy: SOLON AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: SOLON AG
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APS announces new solar thermal power plant, among world's largest
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Abengoa Solar's "Solucar Solar
Park" (Spain).
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Arizona Public Service Co. (APS) on February 21st 2008 announced plans for one of the world’s largest solar facilities - a 280-megawatt (MW) concentrating solar power (CSP)
plant to be built 70 miles southwest of Phoenix, near Gila Bend, Arizona. The Solana Generating Station will produce enough energy to serve 70,000 APS customers when operating at full
capacity. The plant will be built by Abengoa Solar Inc., and is scheduled to provide renewable energy beginning in 2011. Spanish for "sunny place", Solana will not emit
greenhouse gases and will provide APS with more solar electricity per customer than any utility in the U.S., the company emphasizes in it's press release.
The facility also would be the largest solar power plant in the world if in operation today. "APS is committed to making Arizona the solar capital of the world and bringing affordable
renewable energy to all our customers", said APS President Don Brandt. "The Arizona Corporation Commission has challenged Arizona utilities to be leaders in renewable energy, and we are
responding aggressively."
Arizona Gov. Janet Napolitano praised APS today at an event announcing plans for the project. "This is a major milestone for Arizona in our efforts to increase the amount of renewable
energy available in the United States", the Governor said. "Arizona is leading the way in protecting our world for future generations through combating climate change, fighting for air
quality and much more. This plant will offer Arizonans a clean and efficient source of energy."
Abengoa Solar large-scale facilities under construction or development in the U.S., Spain, Algeria and Morocco
Brandt said APS chose Abengoa Solar because of its extensive experience constructing, owning and operating solar power plants. Abengoa Solar deploys CSP technologies across the world,
including large-scale facilities under construction or development in the U.S., Spain, Algeria and Morocco. Solana will employ proven, state-of-the-art technology that can both produce
and store energy during the day, and then provide that energy for use by APS customers across periods of peak demand. APS will purchase 100 percent of the plant’s energy output,
pending approval from the Arizona Corporation Commission. The value of the produced energy will be about billion over 30 years.
Concentrating solar power uses the sun’s heat to converts water into steam, which turns the plant’s turbines to create electricity
Unlike traditional solar-photovoltaic plants, which use direct sunlight to produce electricity, concentrating solar power uses the sun’s heat. Parabolic mirrors track the sun and
focus solar energy on a heat transfer fluid. Once heated, the liquid converts water into steam, which turns the plant’s turbines to create electricity. This technology allows the
plant to produce more energy for customers than a traditional solar power plant which only produces electricity when exposed to direct sunlight. Solana Generating Station will create
about 1,500 construction jobs and, when completed, will employ about 85 highly-skilled technicians. APS and Abengoa Solar estimate the project will bring more than billion in
economic benefits to the state of Arizona.
Abengoa Solar develops and applies technologies to generate clean electricity from the sun. Abengoa Solar is part of Abengoa, a technology company that applies innovative solutions to
ensure sustainability. It is quoted in Spain, and with over 20,000 employees, is present in more than seventy countries through its five business units: Solar, Bioenergy, Environmental
Services, Information Technologies and Industrial Engineering and Construction. APS, Arizona’s largest and longest-serving electricity utility, serves about 1.1 million customers
in 11 of the state’s 15 counties.
2008-02-26 Courtesy: Arizona Public Service Co. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solucar Solar Park.
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Two new LORENTZ solar parks in Spain
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Solar tracking systems ETATRACKactive
1500SP at Badajoz.
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German Bernt Lorentz GmbH & Co. KG (Henstedt-Ulzburg) has managed to upvalue its position in the Spanish solar photovoltaic market. The company supplies solar tracking systems
for two middle-sized solar parks, once near the city of Badajoz in the region of Extremadura, 1.1MWp in size, the other near Cambil in Andalusia, sized 2.1MWp. The solar power plant in
Badajoz is equipped with 520 units ETATRACK active 1500SP. It has taken up operation in two subsequent phases in July and October 2007. 1.1MWp are now fed into the local electricity
network. Multistage growth has been made possible through the flexible control concept of LORENTZ. LORENTZ's central control unit is able to manage up to 2,000 tracking
units. Delivery and installation was performed in close cooperation of one of LORENTZ's distributors and local installation teams. LORENTZ trained service staff in the region to ensure
smooth operation. "The cooperation with our local partners couldn't be any better," says Oliver Nave, vice general manager of LORENTZ. "In consequence, we can guarantee quick and
trouble-free maintenance. Breakdowns are avoided."
Another photovoltaic power plant, close to Cambil in Andalusia, will start operation in early summer 2008. It will provide approx. 2.1MWp and will be equipped with 912 tracking units
ETATRACK active 1800SP. This tracker is new in the LORENTZ range. It has been specially fitted to the customer's needs. LORENTZ's single-axis tracking systems are in operation
worldwide, the company emphasizes in a press release. Due to the producer they are sturdy and maintenance-free and have proven their reliability in all climate zones, such as they
typhoon-ridden areas of South Korea. They can be used in off grid installations as well as in net-connected services.
2008-02-25 Courtesy: Bernt Lorentz GmbH & Co. KG Solarserver.de © Heindl Server GmbH
Picture Courtesy: Bernt Lorentz GmbH & Co. KG
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aleo solar AG establishes joint venture to build solar module plant in China
aleo solar AG (Oldenburg/Prenzlau, Germany) on February 22nd 2008 announced that it has signed a joint venture agreement with Sunvim Group Co. Ltd. (SZSE: 002083) for the
construction of a solar module production plant in Gaomi (Shandong province). One aspect of the agreement is the foundation of avim solar Co. Ltd., a joint venture owned in equal parts
by the two partners. avim solar Co. Ltd. Intends to complete the module production plant by the end of 2009. aleo solar AG will be responsible for providing the solar cells for the
plant, which will initially have a capacity of 50 megawatts. Together with its own production plants in Germany and Spain amounting to a capacity of 180 megawatts by the end
of 2009, the aleo solar Group is well prepared for future growth.
PV market volume of at least EUR 8 billion expected in South Korea, Japan and China by the year 2012
The solar modules produced in China will be sold exclusively through aleo solar. The goal is to meet the growing demand for solar modules in the growth markets of Asia. Industry experts
agree that a market volume of at least EUR 8 billion can be expected in South Korea, Japan and China by the year 2012. aleo solar AG will secure a portion of this market through its
joint venture. The Sunvim Group, a Chinese multi-operation enterprise, is the official licensed manufacturer of textiles for the 2008 Olympic Games in Beijing and a popular supplier for
European brands.
2008-02-22 Courtesy: aleo solar AG Solarserver.de © Heindl Server GmbH
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PV producer Suntech opens sales offices in Germany and Spain
Suntech Power Holdings Co., Ltd. (Wuxi, China) manufacturer of photovoltaic (PV) cells and modules, on February 19th 2008 announced the opening of sales offices in Germany and Spain
to strengthen Suntech’s European sales network and broaden local customer service capabilities. "We are very pleased to expand our sales and customer service capabilities in
Europe with the opening of these two offices in Germany and Spain. Our on the ground presence will help us to manage the exceptional demand for Suntech solar products that we are seeing
in both Germany and Spain in 2008", said Dr. Zhengrong Shi, Suntech’s Chairman and CEO. "Establishing regional sales centers and localizing our sales staff is central to
our commitment to deliver exceptional customer service and we are confident it will enable us to forge stronger customer relationships and improve our ability to respond to customer
needs", Dr. Shi added.
Dr. Shi: Suntech is already the largest PV module supplier to Spain and the second largest supplier to Germany
"Due to our significant installation base and collaboration on the development of landmark PV projects across Europe, Suntech is well known for delivering high quality PV products and
we have established a healthy market share. In fact, we believe that Suntech is already the largest PV module supplier to Spain and the second largest supplier to Germany", continued
Dr. Shi. "We are determined to expand our market share, and have already developed a strong pipeline in both countries in 2008. We are confident that an expanded local presence in
Germany and Spain will generate even greater recognition of Suntech’s brand and product quality in the coming years."
Jerry Stokes, President of Suntech Europe, noted that Suntech plans to continue to open offices in Europe to further strengthen Suntech’s sales network and distribution channels.
Mr. Stokes said, "These two new offices will complement our existing European headquarters in London providing greater geographic coverage and access for our customers. Over the next 12
months we will continue to extend our European network with offices in Italy, Greece and Switzerland giving us a network of local support in key European solar markets and financial
centers. We believe this will increase our agility and ability to respond to new markets, enhance our local relationships and help build our market position."
2008-02-21 Courtesy: Suntech Power Holdings Co., Ltd. Solarserver.de © Heindl Server GmbH
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Solar cells manufacturer Q-Cells ranked as world’s No. 1
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Worldwide Q-Cells produced
the most solar cells in 2007.
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Last year the photovoltaics company Q-Cells AG was the largest solar cell manufacturer in the world, the specialist magazine PHOTON International reported in a press release. An
annual photovoltaics production of 370 Megawatt (MW) ensured that the company based in Thalheim (Saxony-Anhalt) maintained a slim advantage over its two competitors Sharp Corp. (Japan)
and Suntech Power Co. Ltd. (China). According to PHOTON International Sharp reported an annual production of 363 Megawatt, Suntech mentioned "363 to 365 Megawatt", whereby these were
only preliminary results, since the final balance sheet would only be presented in the company report for the fourth quarter 2007 on 20 February. According to PHOTON
International Q-Cells increased its production in comparison to 2006 (253 Megawatt, second position just behind Sharp) by about 46 percent. Suntech, however, in comparison to its 160
Megawatt of the previous year (fourth position) achieved an even faster growth with an increase of 127 percent.
Kyocera and First Solar in positions 4 and 5
"Both companies owe their peak positions to the fact that Sharp, in comparison to the 434.7 Megawatt achieved in 2006, dropped by 16 percent – a gross failure due mainly to an
error in the supply of raw material silicium", the press release of the international photovoltaics magazine states. PHOTON International establishes these figures within the framework
of its annual survey of worldwide production trends in the photovoltaics industry. The survey for 2007 has not quite been completed, the full results will by published by PHOTON
International in March. However, it can already be seen that the Japanese Kyocera Corp. will occupy fourth place with its 207 Megawatt, while the US-American manufacturer First Solar
Inc. will occupy position five with 200 Megawatt.
Pure photovoltaics companies are leading; Chinese producers establishing themselves
According to PHOTON International these figures are proof of three significant trends in the solar industry: with Q-Cells and Suntech, two of the three peak positions are occupied by
pure photovoltaics companies. The solar divisions of big groups – these are, besides Sharp and Kyocera, also Sanyo, Mitsubishi, BP Solar or Schott – are losing out, at least
in the short term. Furthermore, the peak position held by Suntech proves that Chinese stakeholders are permanently establishing themselves in the international solar industry. This
company is based in Wuxi and was only established in 2001; it is thus even younger than Q-Cells AG that was established at the end of 1999.
The importance of thin-layer voltaics is continuously on the rise
The position that First Solar holds, as a manufacturer of thin-layer solar cells on the basis of cadmium-telluride, PHOTON International recognises as proof for the growing importance
of thin-layer technology; However, no other manufacturer in this sector is anywhere near the production figures of this US company that also has a subsidiary in Frankfurt (Oder).
Crystalline solar cells are by far still the dominating technology in the market.
PHOTON International has been published for ten years by the Solar Verlag (Aachen) and is internationally the leading magazine for solar power. With an edition of 25 000 copies it
provides independent information on a monthly basis on international market data, political developments affecting the solar power sector, technical innovations and company news. The
magazine is only sold by subscription. Individual copies may be ordered from the publishers.
2008-02-19 Courtesy: PHOTON International Solarserver.de © Heindl Server GmbH
Picture Courtesy: Q-Cells AG
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PV producer Suntech opens sales office in South Korea
Suntech Power Holdings Co., Ltd. (Wuxi, China), manufacturer of photovoltaic (PV) cells and modules, on Februrary 13th 2008 announced the opening of a sales office in South Korea to
accelerate Suntech's business development and broaden local customer service capabilities. "The South Korean market for solar energy has quickly developed into one of the key drivers
for solar demand in Asia and we are very pleased to have established a base there. In a short time frame, we have put together a strong team consisting of four people with over 15 years
of combined experience in the PV industry", said Dr. Zhengrong Shi, Suntech's Chairman and CEO. "Our team will focus on building strong customer relationships and delivering
exceptional pre and post sales service. This office is integral to Suntech's plan of developing and maintaining key customers in diverse markets with long term growth potential", Dr.
Shi added.
US$ 0.70 per kWh solar electricity
South Korea is one of the foremost supporters of the solar industry, with attractive feed-in-tariffs of more than US${CONTENT}.70/kWh and an impressive target of 1.3GW installed PV capacity by
2011. "The government's strong commitment to renewable energy has set a firm foundation for long-term, sustainable growth of the solar industry in South Korea and Suntech is determined
to support this goal through the supply of high quality and reliable solar products. With our growing team in South Korea, we target to expand our sales five-fold from 2007 to 2008,"
continued Dr. Shi.
In November 2007, Suntech collaborated with Hyosung Corporation to complete the first stage of a 3 MW solar energy system for WEPCO (Korea Western Power Co., Ltd.). WEPCO is a
subsidiary of KEPCO (Korea Electric Power Corporation), South Korea's largest power company. "It is our hope that this new office will enable us to expand our collaborations with key
partners such as WEPCO and Hyosung and further solidify our position as a leading supplier of PV modules in South Korea," added Dr. Shi.
2008-02-18 Courtesy: Suntech Power Holdings Co., Ltd. Solarserver.de © Heindl Server GmbH
Picture Courtesy: Suntech Power Holdings Co.
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Pramac signs contract with Oerlikon Solar for first turnkey thin-film solar module factory in Switzerland
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Thin-film photovoltaic production with
technology by Oerlikon-Technologie
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With the contract signing between Oerlikon Solar and Pramac SpA, the cornerstone has been laid for the first turnkey factory for thin-film silicon solar modules in Switzerland.
Oerlikon Solar will deliver the turnkey production plant within the current year - the state-of-the-art Pramac production facility, is scheduled to ramp-up in early 2009. The annual
capacity will be 30 MWp (megawatt peak) - with expansions in the coming years already in plan. "With Oerlikon's worldwide leading technology, we are sure of gaining an important market
share in the fast-growing European thin-film photovoltaic market", says Dr. Paolo Campinoti, CEO of Pramac Group. With the contract signing and the construction of the first
Swiss thin-film solar module factory, Pramac is focusing on one of the fastest-growing markets worldwide. Thanks to Oerlikon's innovative thin-film PV technology, solar modules can now
be produced about 30 percent less expensive than conventional wafer-based technology.
Milestone for the Swiss industrial thin-film production
Experts due to Oerlikon Solar predict that grid parity will be reached on a larger scale by 2010, i.e. the point when solar energy will be able to be fed into the mains supply networks
at competitive prices. "We are very pleased that Pramac, an Italian company, has chosen a Swiss location for their production line. This is a significant milestone for the Swiss
industrial thin-film solar module production on a grand scale", said Jeannine Sargent, CEO of Oerlikon Solar. With the initial capacity of 30 MWp, Pramac will be in a position to
produce more photovoltaic surface in just one year than the total PV area of Switzerland installed so far.
Pramac creates attractive jobs; 250.000 modules per year
The first thin-film silicon solar module factory in Switzerland will be built on a 30.000 m2 site near Locarno, in the Italian-speaking part of Switzerland. Pramac will be an attractive
employer in the region with approximately 140 new jobs being created. Several ancillary supply companies will also benefit from the new factory. "The excellent infrastructure and active
support of the regional authorities have greatly facilitated our choice for the first Pramac production location", says Campinoti. Pramac envisages an annual production of approx.
250,000 solar modules for the first stage of expansion of the Swiss solar module factory. Campinoti: "Given the market development which has been forecast by specialists - and which we
had indeed already anticipated - we aim to rapidly expand the existing capacity in the next few years".
A billion-dollar industry in the making
Worldwide, the photovoltaic industry is reacting to the promising potential of thin-film technology. Many companies are investing more and more in the development and expansion in the
solar industry. The German market alone, which leads the solar market in Europe, has invested over two billion euro in recent years in this propitious market, and one-quarter of this
due to BSW-Solar (Berlin) has already gone into thin-film technology.
2008-02-14 Courtesy: OC Oerlikon Balzers Ltd., Solar Solarserver.de © Heindl Server GmbH
Picture Courtesy: Oerlikon Solar
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German supplier of soldering technology presents fast stringer systems with an output up to more than 2.400 solar cells per hour
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Soft touch soldering process.
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Both the soldering technology as well as the handling of ever more sensitive cells and strings are the essential factors in the productivity and quality of solar module production.
With its new generation of machines, SOMONT GmbH has realized a high-speed soldering and handling concept, the company reports in a press release: A unique modular system offering
capacities ranging from 10 MW up to 50 MW. Germany-based SOMONT relies on decades of high speed automation know-how. The company‘s leading market position is a result of close
cooperation between design, software development, production, installation and service departments, SOMONT emphasizes. It was therefore no surprise that more and more leading
solar module manufacturers are using SOMONT's proven technology. "Not only do we offer highly flexible, high-speed stringer machines and lay-up stations, but supply also complete module
production lines through a cooperation with qualified partners", SOMONT points out.
Productivity as a primary goal
SOMONT's "soft touch" soldering process guarantees that even very thin cells can be handled at high productivity rates. With this special process even the most sensitive cells of
various manufacturer specifications are safely formed into strings. Furthermore, the consistent reduction in process steps to minimize cell handling due to SOMONT ensures the lowest
possible breakage rates. The systems have proven to be reliable industrial scale machines, capable to operate 24 hours a day. The modular program enables module production capacities of
10, 20, 40 MW and higher per year. This corresponds to an output of between 600 and more than 2,400 cells per hour. The machines are either integrated into existing module production
lines, or form the components of new solar module production plants.
2008-02-12 Courtesy: Somont GmbH Solarserver.de © Heindl Server GmbH
Picture Courtesy: SOMONT GmbH
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Solar world record: World’s highest solar photovoltaic plant equipped with modules from Kyocera
The Japanese technology company Kyocera has started off 2008 with a world record. In January, the BKW subsidiary sol-E Suisse AG put into operation the first development phase of the
world’s highest photovoltaic plant on the Jungfraujoch - equipped with solar modules from Kyocera. At a record altitude of 3,500 metres, the Kyocera modules produce a specific
energy yield roughly 70 per cent higher than comparable plants in the Mittelland region, Kyocera reports in a press release. Situated in the Swiss Alps, the Jungfraujoch is home to the
highest solar electricity plant in the world, the first development stage of which has been in operation since January 2008. Designed by the Swiss BKW subsidiary sol-E Suisse AG, the
plant is equipped with 58 KC200GHT-2 solar modules from Kyocera. The primary function of the plant is to conduct experiments to determine the energy yield of a plant in high alpine
terrain.
High energy yield caused by radiation and reflection
The high energy yield can be attributed to a number of factors. Firstly, radiation is considerably more intense at this altitude than in lower locations. Reflection by snow surfaces
additionally raises the radiation intensity. Furthermore, the low temperatures that prevail in these conditions lead to enhanced efficiency of the silicon solar cells. Nevertheless,
conditions are still not ideal: storms with wind speeds reaching more than 200 km/h, severe thunderstorms and high mechanical stress due to great temperature differences, such as when
the solar cells cool down at sunset, place additional strain on the plant. A temperature difference of up to 70°C between day and night presents a tough challenge for the
material.
Endurance test for PV components
"Operating a solar plant in the high mountains is an endurance test for all the components. We are therefore especially proud that BKW has also chosen Kyocera solar modules on this
occasion too, just as they did previously for the Stade de Suisse Wankdorf, Berne," says Mitsuru Imanaka, the European head of Kyocera. "Our solar modules can stand up to the extreme
weather conditions and function perfectly. This project represents another pioneering achievement for us on the way to environment-friendly energy production."
2008-02-11 Courtesy: KYOCERA FINECERAMICS GMBH Solarserver.de © Heindl Server GmbH
Picture Courtesy: KYOCERA FINECERAMICS GMBH
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ersol Thin Film and SCHOTT Solar forge alliance for joint development of micromorphous thin-film PV technology
ersol Thin Film GmbH (Erfurt), a subsidiary of ersol Solar Energy AG (ersol), and SCHOTT Solar GmbH (Alzenau) have concluded a cooperative agreement under which they will jointly
develop micromorphous technology for thin-film solar cells. The two companies will be combining their resources in the area of research and development with the aim of achieving faster
product maturity and hence a leading market position in micromorphous solar modules, ersol thin film reports in a press release. For this purpose development department staff is to be
exchanged between the two sites. Substantial advantages can be anticipated from the merging of development activities in a location-independent project, e. g. shorter time-to-market for
new products with optimised use of development resources. "Both companies - SCHOTT Solar und ersol Thin Film - will profit from this research alliance. We are anticipating a
market lead of both partners in micromorphous thin-film modules based on our proven amorphous silicon technology", Dr Martin Heming, Managing Director of SCHOTT Solar GmbH, stresses the
significance of the closed technological cooperation.
"Next generation of silicon-based thin-film technology"
Both ersol Thin Film and SCHOTT Solar have already begun with the market launch of amorphous thin-film technology in the 1.4 sqm "Gen 5" format. SCHOTT Solar has been marketing "SCHOTT
ASI"-thin film modules for a number of years. ersol Thin Film markets its amorphous modules under the brand name "Nova-T" series. Parallel to this, the company will now be pushing ahead
with the development of micromorphous technology as the "next generation of silicon-based thin-film technology". Deposit plants already existing for amorphous production permit
conversion to the manufacture of microcrystalline cells. In the event that the project is a success, the preliminary work already performed will enable the development alliance to
become one of the first companies to market this new technology in Europe as a product.
Two silicon layers convert light spectrum into power
In contrast to the simple amorphous version, the micromorphous thin-film module has a double-layer structure consisting of an amorphous and a microcrystalline silicon film. The
arrangement results in improved exploitation of sunlight, because the two silicon layers convert the whole light spectrum into power. “We believe that this so-called micromorphous
tandem cell can achieve up to 50 % increase in module efficiency, and therefore also in the module yield in comparison to amorphous technology,” explained Dr. Christian Koitzsch,
Managing Director Technology of ersol Thin Film GmbH, in conclusion.
2008-02-06 Courtesy: ersol Thin Film GmbH Solarserver.de © Heindl Server GmbH
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PV producer ersol paves the way for growth of thin film unit with Ventizz moving in as financing partner
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Ventizz to finance growth of ersol thin film unit
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Ventizz Capital Fund III LP (Delaware) and Ventizz Capital Fund IV LP (Jersey) signed a contract on the holding of Ventizz in ersol Thin Film GmbH (Erfurt; Germay), which has been
approved by the Supervisory Board of ersol on February 4th 2008. Ventizz will acquire a minority stake of nearly 50% in ersol Thin Film GmbH by way of a cash capital increase, ersol
reports in a press release. ersol will retain the managerial responsibility. Ventizz will contribute the sum of € 48 million to the equity capital of ersol Thin Film GmbH and is
additionally furnishing partner's loans. The cash inflow shall be employed for investments in further growth and the company’s technology development. The ersol subsidiary
produces amorphous silicon thin-film modules. It is planning to supplement its existing production with further capacity expansion of the groundbreaking micromorphous thin-film
technology.
Confirmation of attractive development perspective of ersol Thin Film
"We are pleased to have been able to acquire Ventizz as a partner with its extensive PV know-how for the continued development of our thin-film activities. The Ventizz investment
confirms the solidity and attractive development perspective of ersol Thin Film", says Dr Claus Beneking, CEO of ersol AG. "This commitment harmonises well with our investment focus.
ersol Thin Film is a company with high technological expertise, promising growth perspectives and an excellent management. We are pleased to back ersol Thin Film in the expansion of its
capacities. ersol Thin Film’s concept for the further development of silicon-based thin-film technology is impressive and offers excellent perspectives for long-term market
success", Willi Mannheims, a member of the Executive Board of Ventizz Capital Partners Advisory AG, explains his investment rationale.
ersol Thin Film GmbH is the youngest subsidiary within the ersol Group and the business unit focussing on thin-film technology. As of 31 December 2007 ersol Thin Film GmbH employed a
workforce of 126 and started to ship its thin-film modules only a few days ago. "This alliance with Ventizz paves the way for further growth. The entry of Ventizz is a fantastic mark of
confidence and underlines the development potential of thin-film technology made by ersol", oncludes Peter Schneidewind, Managing Director of ersol Thin Film GmbH.
2008-02-05 Courtesy: ersol Solar Energy AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: ersol Solar Energy AG
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Solar Millennium technology subsidiary Flagsol develops new, highly efficient solar collector for parabolic trough power plants
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Construction of a solar thermal parabolic
trough power plant.
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Flagsol GmbH, a Solar Millennium (Erlangen, Germany) technology subsidiary, has developed a new generation of parabolic trough collectors. A series of innovations means that the
investment costs for solar collectors will be reduced by 15 to 20 percent in the future, Solar Millennium reports in a press release. The new collector has been designed by Flagsol's
engineering team in Cologne. The research and development project is subsidized by Germany's Federal Ministry for the Environment, Nature Conservation and Nuclear Safety. The collector
is larger, more cost-effective to assemble and more efficient than previous collector designs, Solar Millennium emphasizes. Flagsol is currently assembling a collector unit with which
to test the assembly concept and to verify the geometric precision. Once these tests have been concluded the new collectors will be installed in an existing commercial
parabolic trough power station as of autumn 2008 in order to assess the performance of the new collector and to demonstrate its deployment capability under real conditions.
Improved efficiency and competitiveness for solar thermal power plants
The new generation of collectors already developed a few years ago by Solar Millennium is in use in the first European parabolic trough power plant in southern Spain. These collectors
due to Solar Millennium are ten percent more efficient than their predecessors in the existing commercial power plants in California. Solar Millennium's Technology Director (CTO), Dr.
Henner Gladen, is especially pleased with the progress made: "With the new generation of collectors we are setting the standards for efficiency and cost-reduction in parabolic trough
technology. This enables us to continue to expand out technology leadership and brings us one step closer to our goal of being able to do without subsidies within a few years."
Solar thermal power plants can ensure sustainable energy supply for the world's population. Even in northern regions, these power plants are able to contribute to cost-effective and
reliable electricity supplies: With the appropriate grid network, solar electricity from power plants in the world's Sun Belt can be efficiently transported over large distances, such
as from North Africa to Germany, for example.
2008-02-05 Courtesy: Solar Millennium AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: Solar Millennium AG
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PV producer SOLON AG adds Chief Human Resources Officer to its management board
Berlin-based SOLON AG, one of Europe's biggest manufacturers of solar modules and photovoltaic systems, has strengthened its group management board with effect from February 1, 2008
with the appointment of Anke Hunziger, 43, as CHRO. She joins the existing team of CEO Thomas Krupke, CTO Dr. Lars Podlowski and COO Dr. Gero Wiese. This makes SOLON AG the first TecDAX
company to create a position at Management Board level for the Human Resources function, emphasizing the importance of HR management to modern companies. "In taking this step we are
demonstrating the importance we attach to the targeted selection, training and motivation of our workforce", stressed the chairman of the Supervisory Board Tobias Wahl. "This is part of
a strategy that will enable us to continue realizing our ambitious growth plans."
More than 50 vacancies in particular for scientists and engineers
SOLON has made a clear commitment to Berlin as a business location. From its headquarters in Berlin, the company offers a variety of career opportunities, in particular for scientists
and engineers, but also for highly-skilled staff in non-technical areas. As a fast-growing, international company, SOLON is able to offer particularly attractive personal and career
development opportunities. "We are currently advertising more than 50 vacancies on our website and we will be recruiting continuously over the course of 2008. SOLON is growing at an
even faster pace than the already fast-growing photovoltaics market," notes Anke Hunziger. "But our recruitment process places great emphasis on ensuring that we take on people who are
the right "fit" and on integrating them into the company. We offer comprehensive personal development programs for staff in all areas of the company. The fact that we have virtually no
staff turnover - despite the company's rapid growth and the challenges that such growth brings - speaks volumes."
Responsibility for the compatibility of work and family life
Anke Hunziger studied European Business Studies in Germany and the UK and is a certified business coach. As a wife and mother of two children, she believes that companies have a
responsibility to ensure the compatibility of work and family life. "All members of SOLON's Management Board have children and attach great importance to their role as parents. And we
take the same position with regard to our workforce, offering flexible working-time models and an emphasis on results rather than working hours, in order to help our employees achieve a
healthy work-life balance. We see ourselves as pioneers in this area, also with regard to the appointment of women to senior management positions. This means that women are given
exactly the same opportunities within the company. Consequently, around 40 percent of management positions at SOLON are held by women." Anke Hunziger is one of only four women amongst
more than 300 management board members at German DAX and TecDAX companies.
2008-02-04 Courtesy: SOLON AG Solarserver.de © Heindl Server GmbH
Picture Courtesy: SOLON AG
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Industry association SEMI establishes Global Photovoltaic Initiative
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SEMI: PV will change our world.
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The international industry association SEMI on January 28th 2008 announced details of the association’s global photovoltaic (PV) initiatives, including the formation of the
SEMI PV Group to enhance member support in this critically important and high growth area. With technologies and industry structure similar to the semiconductor industry - and with 20%
of SEMI members currently active in PV, including the industry’s largest equipment and materials suppliers -SEMI is uniquely positioned to support the PV industry growth through
reduced costs, efficient technology transfer, global market development, industry standards, market statistics, and other service, the association emphasizes in a press release.
While recent estimates project the global photovoltaic (PV) market to grow from US$ 13 billion today to over $ 40 billion in 2012, the PV industry is dependent upon continued
technological development, cost reduction, responsible public policies, and industry collaboration for continued long term growth.
Low-cost PV technology and sustainable, clean energy for the world
Given the significant growth opportunities for SEMI members, and enormous societal benefits to rapid adoption of solar energy, SEMI has been rapidly escalating services to members in
the PV industry for several years. To expand these services, the SEMI PV Group was conceived by leaders in photovoltaic manufacturing to address the opportunities and obstacles to
bringing low-cost PV technology and sustainable, clean energy to the world. As the only global industry group focused on PV materials, equipment, and manufacturing, SEMI believes it can
play a critical role in the cost reduction and rapid expansion of solar energy.
Industry Strategy Symposiums (ISS) and SEMICON expositions in Europe, Asia and North America
The SEMI PV Group is comprised of SEMI members active in PV, SEMI PV Advisory Committees, and dedicated staff resources in Europe, North America, Korea, Taiwan, Japan, Singapore, and
China. Currently, SEMI organizes a range of PV-related events including PV-focused technical events at executive and technical conferences such the Industry Strategy Symposiums (ISS),
all SEMICON expositions in Europe, Asia, and North America, PV Fab Managers Forums, and executive forums and roundtables held throughout the world. Additional SEMI services and
activities in the PV area include market research and statistics programs, support for public policy initiatives through direct advocacy and coordination with other information groups,
Environmental, Health, and Safety (EHS) regulatory support, serving as information clearinghouse for PV manufacturing news and information, and facilitating international industry
standards that reduce costs and expand business opportunities for SEMI members.
Advisory committee represents major PV regions
The PV advisory committee is comprised of executives representing major PV regions around the globe, and includes Karl Hesse (co-chair, Wacker Chemie); Tatsuo Saga (co-chair, Sharp);
Wolfgang Koch (vice-chair; KoSolCo) and Heiko Moritz (GTSolar); Bob Falster (MEMC); Yasunori Uchida (JPEA Representative); Zhengrong Shi (Suntech Power); Simon Tsuo (MoTech); Quincy Lin
(NeoSolar); Hans Autenrieth (Centrotherm); Winfred Hoffmann (Applied Materials/EPIA); Peter Pauli (Meyer & Burger); Heinz Ossenbrink (JRC Ispra); Eicke Weber (FhG ISE) and Michio
Kondo (AIST).
The SEMI PV Group is currently working with a diverse set of industry associations to achieve its member goals including the European Photovoltaic Industry Association (EPIA), the Japan
Photovoltaic Energy Association (JPEA), the Solar Energy Industry Association (SEIA), as well as many others.
More information on the SEMI PV Group at: http://www.pvgroup.org
2008-02-04 Courtesy: SEMI Solarserver.de © Heindl Server GmbH
Picture Courtesy: SEMI
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