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Antwort auf Beitrag Nr.: 33.441.829 von rneuerbar am 21.02.08 22:06:15Man braucht in den USA nur die richtigen Beziehungen zur Politik wie Abengoa mit Fred Mosre, der unter Carter & Regan bis 1989 für Solarenergie im US-Energie Ministerium zuständig war.
Fred Morse began his reign as king of the solar thermal industry four decades ago, when President Nixon asked him to figure out whether solar energy made sense for America. His conclusion: most definitely. He managed solar energy in the Department of Energy for Presidents Carter and Reagan until 1989.
Two years later, the federal government slashed renewable energy subsidies in the face of plummeting natural gas prices and solar went out of vogue. In the late 1990s, as co-chair of the Western Governors' Association Solar Task Force, he helped bring it back. Today he heads up Spanish energy company Abengoa's solar efforts in the U.S.
Fred Morse began his reign as king of the solar thermal industry four decades ago, when President Nixon asked him to figure out whether solar energy made sense for America. His conclusion: most definitely. He managed solar energy in the Department of Energy for Presidents Carter and Reagan until 1989.
Two years later, the federal government slashed renewable energy subsidies in the face of plummeting natural gas prices and solar went out of vogue. In the late 1990s, as co-chair of the Western Governors' Association Solar Task Force, he helped bring it back. Today he heads up Spanish energy company Abengoa's solar efforts in the U.S.
Antwort auf Beitrag Nr.: 33.441.344 von bossi1 am 21.02.08 21:27:28Mal sehen wann wir solche Meldungen über Solarworld USA lesen können...
In den USA ist alles eine Nummer größer als in Europa ...
Abengoa solar to build the world's largest solar plant
280-Megawatt plant will sell around $4 billion in clean electricity over 30 years
Madrid, 21 February 2008.- Abengoa Solar, a subsidiary of a multi-billion-dollar international technology company, has signed a contract with Arizona Public Service Co. (APS), one of Arizona’s leading energy utilities, to build, own and operate what would be the largest solar power plant in the world if operating today.
The plant, scheduled to go into operation by 2011, is located 70 miles southwest of Phoenix, near Gila Bend, Arizona. It will sell the electricity produced to APS over the next 30 years for a total revenue of around $4 billion, bringing over $1 billion in economic benefits to the state of Arizona.
Arizona Governor Janet Napolitano praised the joint efforts of Abengoa Solar and APS. “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 increasing the amount of renewable energy, combating climate change, fighting for air quality and much more. This plant will offer Arizonans a clean and efficient source of energy.”
"APS has signed this agreement with Abengoa Solar because of its experience developing and building large solar plants in Spain, Morocco and Algeria,” said APS President Don Brandt.
Santiago Seage, CEO of Abengoa Solar, said, "This project not only shows leadership in Arizona and the southwest, but for America. This project will help usher in a new era of large clean and efficient solar power plants. Our commitment to solar energy is global and we will work with utilities, regulators and companies worldwide to make plants like this happen by leveraging the technologies we have been developing over two decades. We continue to advance these technologies in our research and development centers in Europe and the United States.”
The solar plant has been named Solana, meaning “a sunny place” in Spanish. The Solana Generating Station will have a total capacity of 280 megawatts, enough to power 70,000 homes while avoiding over 400,000 tons of greenhouse gases that would otherwise contribute to global warming and climate change. The plant will employ a proprietary Concentrating Solar Power (CSP) trough technology developed by Abengoa Solar, and will cover a surface of around 1,900 acres. The construction of the Solana Generating Station will create about 1,500 construction jobs and employ 85 skilled full-time workers once completed.
The solar trough technology uses trackers with high precision parabolic mirrors that follow the sun’s path and concentrate its energy, heating a fluid to over 700 degrees Fahrenheit and using that heat to turn steam turbines. The solar plant will also include a thermal energy storage system that allows for electricity to be produced as required, even after the sun has set. For a complete briefing on Abengoa Solar’s solar trough technology, please visit their website at www.abengoasolar.com.
“This project is one of the most significant on the planet and it could not have happened without the vision and leadership of APS and its senior management,” said Kate Maracas, Vice President of Arizona Operations for Abengoa Solar. “Seldom have we worked with a partner so committed to the future of solar energy and to bringing clean sources of power generation to its customers. We applaud APS for leading the way in bringing long term benefits to Arizona’s environment and economy.”
With this project, Abengoa Solar reinforces its presence in the United States, where it has been building and operating solar plants that supply industrial steam and heat. Abengoa Solar's objective is to build and operate large solar plants that will supply gigawatts of electric power across the Southwest in collaboration with the leading utility companies.
Abengoa Solar is currently operating the world’s first commercial CSP solar tower plant in Spain, a demonstration trough plant and the world´s first commercial photovoltaic low concentration plant. It is also building three more CSP plants in Spain with a total capacity of 120-megawatts, two trough plants that will generate 50-megawatts of electricity each, one tower plant with a capacity of 20-megawats and two hybrid gas-solar plants in Algeria and Morocco. A subsidiary of Abengoa, a $4 billion multinational company, Abengoa Solar has access to the financial, technical and human resources required to finance, build and operate these large plants.
Abengoa Solar has a team of 40 people in the United States and Spain dedicated to researching, developing and improving solar technologies. In December 2007, the U.S. Department of Energy selected Abengoa Solar for three research and developments projects to improve trough technology.
The construction of this solar plant and others under contract in the U.S. are subject to a long-term extension of the solar investment tax credit by the U.S. Congress.
Media Advisory: Santiago Seage, CEO of Abengoa Solar and Kate Maracas, vice president of Arizona operations for Abengoa Solar, are available for interviews and background briefings. Please contact Peter L. Kelley, 202-270-8831, peter@renewcomm.com, or Adam McDaniel, 240-533-1929, adam@renewcomm.com.
About Abengoa Solar
Abengoa Solar (www.abengoasolar.com) develops and applies technologies to generate clean energy from the sun.
Abengoa is a technological company that applies innovative solutions to sustainable development in the infrastructures, environment and energy sectors. It is a public listed company and it currently has a presence in more than 70 countries in which it operates with its five business groups: Solar, Bioenergy, Environmental Services, Information Technologies, and Industrial Construction and Engineering (www.abengoa.com).
About APS
APS, Arizona’s largest and longest-serving electricity utility, serves about 1.1 million customers in 11 of the state’s 15 counties. With headquarters in Phoenix, APS is the largest subsidiary of Pinnacle West Capital Corp.
Abengoa Solar HP (engl.)
http://www.abengoasolar.com/sites/solar/en/
Abengoa solar to build the world's largest solar plant
280-Megawatt plant will sell around $4 billion in clean electricity over 30 years
Madrid, 21 February 2008.- Abengoa Solar, a subsidiary of a multi-billion-dollar international technology company, has signed a contract with Arizona Public Service Co. (APS), one of Arizona’s leading energy utilities, to build, own and operate what would be the largest solar power plant in the world if operating today.
The plant, scheduled to go into operation by 2011, is located 70 miles southwest of Phoenix, near Gila Bend, Arizona. It will sell the electricity produced to APS over the next 30 years for a total revenue of around $4 billion, bringing over $1 billion in economic benefits to the state of Arizona.
Arizona Governor Janet Napolitano praised the joint efforts of Abengoa Solar and APS. “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 increasing the amount of renewable energy, combating climate change, fighting for air quality and much more. This plant will offer Arizonans a clean and efficient source of energy.”
"APS has signed this agreement with Abengoa Solar because of its experience developing and building large solar plants in Spain, Morocco and Algeria,” said APS President Don Brandt.
Santiago Seage, CEO of Abengoa Solar, said, "This project not only shows leadership in Arizona and the southwest, but for America. This project will help usher in a new era of large clean and efficient solar power plants. Our commitment to solar energy is global and we will work with utilities, regulators and companies worldwide to make plants like this happen by leveraging the technologies we have been developing over two decades. We continue to advance these technologies in our research and development centers in Europe and the United States.”
The solar plant has been named Solana, meaning “a sunny place” in Spanish. The Solana Generating Station will have a total capacity of 280 megawatts, enough to power 70,000 homes while avoiding over 400,000 tons of greenhouse gases that would otherwise contribute to global warming and climate change. The plant will employ a proprietary Concentrating Solar Power (CSP) trough technology developed by Abengoa Solar, and will cover a surface of around 1,900 acres. The construction of the Solana Generating Station will create about 1,500 construction jobs and employ 85 skilled full-time workers once completed.
The solar trough technology uses trackers with high precision parabolic mirrors that follow the sun’s path and concentrate its energy, heating a fluid to over 700 degrees Fahrenheit and using that heat to turn steam turbines. The solar plant will also include a thermal energy storage system that allows for electricity to be produced as required, even after the sun has set. For a complete briefing on Abengoa Solar’s solar trough technology, please visit their website at www.abengoasolar.com.
“This project is one of the most significant on the planet and it could not have happened without the vision and leadership of APS and its senior management,” said Kate Maracas, Vice President of Arizona Operations for Abengoa Solar. “Seldom have we worked with a partner so committed to the future of solar energy and to bringing clean sources of power generation to its customers. We applaud APS for leading the way in bringing long term benefits to Arizona’s environment and economy.”
With this project, Abengoa Solar reinforces its presence in the United States, where it has been building and operating solar plants that supply industrial steam and heat. Abengoa Solar's objective is to build and operate large solar plants that will supply gigawatts of electric power across the Southwest in collaboration with the leading utility companies.
Abengoa Solar is currently operating the world’s first commercial CSP solar tower plant in Spain, a demonstration trough plant and the world´s first commercial photovoltaic low concentration plant. It is also building three more CSP plants in Spain with a total capacity of 120-megawatts, two trough plants that will generate 50-megawatts of electricity each, one tower plant with a capacity of 20-megawats and two hybrid gas-solar plants in Algeria and Morocco. A subsidiary of Abengoa, a $4 billion multinational company, Abengoa Solar has access to the financial, technical and human resources required to finance, build and operate these large plants.
Abengoa Solar has a team of 40 people in the United States and Spain dedicated to researching, developing and improving solar technologies. In December 2007, the U.S. Department of Energy selected Abengoa Solar for three research and developments projects to improve trough technology.
The construction of this solar plant and others under contract in the U.S. are subject to a long-term extension of the solar investment tax credit by the U.S. Congress.
Media Advisory: Santiago Seage, CEO of Abengoa Solar and Kate Maracas, vice president of Arizona operations for Abengoa Solar, are available for interviews and background briefings. Please contact Peter L. Kelley, 202-270-8831, peter@renewcomm.com, or Adam McDaniel, 240-533-1929, adam@renewcomm.com.
About Abengoa Solar
Abengoa Solar (www.abengoasolar.com) develops and applies technologies to generate clean energy from the sun.
Abengoa is a technological company that applies innovative solutions to sustainable development in the infrastructures, environment and energy sectors. It is a public listed company and it currently has a presence in more than 70 countries in which it operates with its five business groups: Solar, Bioenergy, Environmental Services, Information Technologies, and Industrial Construction and Engineering (www.abengoa.com).
About APS
APS, Arizona’s largest and longest-serving electricity utility, serves about 1.1 million customers in 11 of the state’s 15 counties. With headquarters in Phoenix, APS is the largest subsidiary of Pinnacle West Capital Corp.
Abengoa Solar HP (engl.)
http://www.abengoasolar.com/sites/solar/en/
30-MW-Linie von Schmid nimmt Produktion in Südkorea auf
(pressebox) Freudenstadt, 20.02.2008 - Daegu/Korea. Am 22. Januar 2008 hat Millinet Solar, einer der führenden Solarzellproduzenten des Landes, die bislang größte Anlage zur Herstellung von Solarzellen in Südkorea offiziell in Betrieb genommen. Dabei wurde die komplette Prozess- und Anlagentechnik von der Schmid-Gruppe mit Hauptsitz in Freudenstadt geliefert.
Die in Daegu, der viertgrößten Stadt Südkoreas angesiedelte Fabrik zählt hinsichtlich ihres Automatisierungsgrads und der eingesetzten Prozesstechnik mit zum Avanciertesten, was momentan weltweit verfügbar ist. Fortan werden hier pro Jahr ca. 10 Millionen Solarzellen produziert, was einer installierten Leistung von gut 30 MWp entspricht.
Bei der Eröffnung waren eine ganze Reihe hochrangiger Persönlichkeiten aus Politik und Wirtschaft anwesend, so z.B. der stellvertretende Wirtschafts- und Energieminister Koreas, Herr Yungho Oh, oder Herr Sangdeuk Lee, Vizepräsident der koreanischen Nationalversammlung. Die Schmid Gruppe war durch Christian Buchner, Geschäftsführer der Schmid Technology GmbH, vertreten.
Die koreanische Millinet Solar wurde 2005 für Produktion und Vertrieb multikristalliner Solarzellen und gegründet. Stammkapital sind 8,5 Millionen US-$. (..)
-------------
Korea making steady gains in solar energy technology
Date: January 22, 2008
Korea is targeting the growing global solar energy market thanks to steady technological gains and improvements in manufacturing, the government said Tuesday (Jan. 22).
The Ministry of Commerce, Industry and Energy said that Korea has had all the necessary technology to produce quality solar electricity since 2006.
Solar energy is gaining popularity as a source of clean, reusable energy, as many industrialized countries are under pressure to reduce greenhouse gas emissions that are blamed for global warming.
In 2010, 1 billion gigawatts of solar electric power will be generated worldwide, with the global market reaching $50 billion, reports predicted.
The ministry said that while Korean technology levels stood at 70 percent of industry leaders like Sharp, Q-Cells and Kyocera in 2007, the country is making gains as more companies pour greater resources into research and development.
"In 2006, 61.0 percent of solar panels used in homes and 85.4 percent procured for larger commercial and industrial generation were imports, but in less than a year, Korean manufacturers replaced foreign competition to a noticeable extent," said a ministry official. In July 2007, the market share of foreign products for home solar generation dropped to 45.0 percent.
Figures for larger commercial solar energy production facilities edged down to 85.2 percent.
Exports of solar power-related equipment, meanwhile, rose from $45 million in 2006 to $180 million last year.
It said at the present pace, and with the right amount of state support, Korea will be able to generate 4 gigawatts of electricity through solar power in 2020, and increase this to 18 gigawatts in 2030. Exports will correspondingly go up to 1.4 trillion won ($1.48 billion) in 2020 and over 6 trillion won in 2030.
The ministry, meanwhile, said the opening of a more productive solar cell factory by Millinet Solar in Daegu is a promising indication that local companies are pushing to produce key components more effectively.
It added that Seoul plans to provide continued incentives, provide more loans to finance research, and remove administrative obstacles that could hinder solar energy generation.
http://www.korea.net/news/News/newsView.asp?serial_no=200801…
... Südkorea - ein starker Markt für die Zukunft.
(pressebox) Freudenstadt, 20.02.2008 - Daegu/Korea. Am 22. Januar 2008 hat Millinet Solar, einer der führenden Solarzellproduzenten des Landes, die bislang größte Anlage zur Herstellung von Solarzellen in Südkorea offiziell in Betrieb genommen. Dabei wurde die komplette Prozess- und Anlagentechnik von der Schmid-Gruppe mit Hauptsitz in Freudenstadt geliefert.
Die in Daegu, der viertgrößten Stadt Südkoreas angesiedelte Fabrik zählt hinsichtlich ihres Automatisierungsgrads und der eingesetzten Prozesstechnik mit zum Avanciertesten, was momentan weltweit verfügbar ist. Fortan werden hier pro Jahr ca. 10 Millionen Solarzellen produziert, was einer installierten Leistung von gut 30 MWp entspricht.
Bei der Eröffnung waren eine ganze Reihe hochrangiger Persönlichkeiten aus Politik und Wirtschaft anwesend, so z.B. der stellvertretende Wirtschafts- und Energieminister Koreas, Herr Yungho Oh, oder Herr Sangdeuk Lee, Vizepräsident der koreanischen Nationalversammlung. Die Schmid Gruppe war durch Christian Buchner, Geschäftsführer der Schmid Technology GmbH, vertreten.
Die koreanische Millinet Solar wurde 2005 für Produktion und Vertrieb multikristalliner Solarzellen und gegründet. Stammkapital sind 8,5 Millionen US-$. (..)
-------------
Korea making steady gains in solar energy technology
Date: January 22, 2008
Korea is targeting the growing global solar energy market thanks to steady technological gains and improvements in manufacturing, the government said Tuesday (Jan. 22).
The Ministry of Commerce, Industry and Energy said that Korea has had all the necessary technology to produce quality solar electricity since 2006.
Solar energy is gaining popularity as a source of clean, reusable energy, as many industrialized countries are under pressure to reduce greenhouse gas emissions that are blamed for global warming.
In 2010, 1 billion gigawatts of solar electric power will be generated worldwide, with the global market reaching $50 billion, reports predicted.
The ministry said that while Korean technology levels stood at 70 percent of industry leaders like Sharp, Q-Cells and Kyocera in 2007, the country is making gains as more companies pour greater resources into research and development.
"In 2006, 61.0 percent of solar panels used in homes and 85.4 percent procured for larger commercial and industrial generation were imports, but in less than a year, Korean manufacturers replaced foreign competition to a noticeable extent," said a ministry official. In July 2007, the market share of foreign products for home solar generation dropped to 45.0 percent.
Figures for larger commercial solar energy production facilities edged down to 85.2 percent.
Exports of solar power-related equipment, meanwhile, rose from $45 million in 2006 to $180 million last year.
It said at the present pace, and with the right amount of state support, Korea will be able to generate 4 gigawatts of electricity through solar power in 2020, and increase this to 18 gigawatts in 2030. Exports will correspondingly go up to 1.4 trillion won ($1.48 billion) in 2020 and over 6 trillion won in 2030.
The ministry, meanwhile, said the opening of a more productive solar cell factory by Millinet Solar in Daegu is a promising indication that local companies are pushing to produce key components more effectively.
It added that Seoul plans to provide continued incentives, provide more loans to finance research, and remove administrative obstacles that could hinder solar energy generation.
http://www.korea.net/news/News/newsView.asp?serial_no=200801…
... Südkorea - ein starker Markt für die Zukunft.
Trading Spotlight
Antwort auf Beitrag Nr.: 33.430.475 von bossi1 am 20.02.08 23:11:23Wie kommst Du denn darauf? 
Mit Solon bin ich wenigstens im Plus - ganz im Gegensatz zu meinem Q-Cells-Kauf?
Die Ähnlichkeiten mit anderen langjährigen Solarworld-Aktionären sind natürlich rein zufällig!
Mit Solon bin ich wenigstens im Plus - ganz im Gegensatz zu meinem Q-Cells-Kauf?
Die Ähnlichkeiten mit anderen langjährigen Solarworld-Aktionären sind natürlich rein zufällig!
Antwort auf Beitrag Nr.: 33.429.586 von rneuerbar am 20.02.08 21:48:52Als langjähriger Solarworld Aktionär seit kurzem auch Q-Cells Aktionär ...
Da kenne ich noch jemand, der als langjähriger Solarworld Aktionär vor kurzem bei Q-Cells eingestiegen ist. Das Unternehemen scheint uns als neuer Marktführer mit ihrer interessanten Aufstellung am Markt irgendwie anzuziehen. Auch zufällig bei der Solar Perle Solon investiert?
S2, bossi
Da kenne ich noch jemand, der als langjähriger Solarworld Aktionär vor kurzem bei Q-Cells eingestiegen ist. Das Unternehemen scheint uns als neuer Marktführer mit ihrer interessanten Aufstellung am Markt irgendwie anzuziehen. Auch zufällig bei der Solar Perle Solon investiert?
S2, bossi
Und noch eine Anmerkung zu Q-Cells:
Als langjähriger Solarworld Aktionär seit kurzem auch Q-Cells Aktionär kann ich Solarworld nur empfehlen sich mal die Informationspolitik von Q-Cells anzuschauen.
Zwei Beispiele:
http://www.q-cells.de/medien/ir/praesentationen/vorlaufige_z…
http://www.thomson-webcast.net/de/dispatching/?event_id=fe22…
Da kann man als Solarworld-Aktionär nur neidisch werden...
Als langjähriger Solarworld Aktionär seit kurzem auch Q-Cells Aktionär kann ich Solarworld nur empfehlen sich mal die Informationspolitik von Q-Cells anzuschauen.
Zwei Beispiele:
http://www.q-cells.de/medien/ir/praesentationen/vorlaufige_z…
http://www.thomson-webcast.net/de/dispatching/?event_id=fe22…
Da kann man als Solarworld-Aktionär nur neidisch werden...
Antwort auf Beitrag Nr.: 33.410.560 von bossi1 am 19.02.08 13:39:57"Der Überschuss soll auf 168 Millionen Euro steigen – das wäre nur etwas mehr als in diesem Jahr."
Das ist nicht korrekt wiedergegeben!
Der Überschuss von 168 Mio. € bezieht sich auf Q-Cells ohne REC-Beteiligung. Die Vergleichzahl aus 2007 dort 127 Mio. €.
Es wird also eine Steigerung um über 30% vorhergesagt. Ich finde das ist deutlich mehr als "etwas mehr"...
Und man möchte ja auch noch etwas Luft haben um die Prognose anzuheben...
Es ist unglaublich wie schlampig recherchiert wird...
Das ist nicht korrekt wiedergegeben!
Der Überschuss von 168 Mio. € bezieht sich auf Q-Cells ohne REC-Beteiligung. Die Vergleichzahl aus 2007 dort 127 Mio. €.
Es wird also eine Steigerung um über 30% vorhergesagt. Ich finde das ist deutlich mehr als "etwas mehr"...
Und man möchte ja auch noch etwas Luft haben um die Prognose anzuheben...
Es ist unglaublich wie schlampig recherchiert wird...
20.02.2008 , 10:27 Uhr
SunPower schließt 3 GW-Siliziumvertrag mit chinesischer Jupiter Corp.
San Jose, USA - Der US-Solarkonzern SunPower hat einen Silizium-Vertrag mit der chinesischen Jupiter Corp., Ltd., der Vertriebssparte der Qingdao DTK Industries Co., Ltd., abgeschlossen. Jupiter wird im Zeitraum 2010 bis 2016 Silizium für die Solarzellen-Produktion mit einem Volumen von insgesamt mehr als 3 GW liefern. Dazu wird Jupiter in der chinesischen Küstenstadt Qingdao eigens ein neues Siliziumwerk errichten.
SunPower schließt 3 GW-Siliziumvertrag mit chinesischer Jupiter Corp.
San Jose, USA - Der US-Solarkonzern SunPower hat einen Silizium-Vertrag mit der chinesischen Jupiter Corp., Ltd., der Vertriebssparte der Qingdao DTK Industries Co., Ltd., abgeschlossen. Jupiter wird im Zeitraum 2010 bis 2016 Silizium für die Solarzellen-Produktion mit einem Volumen von insgesamt mehr als 3 GW liefern. Dazu wird Jupiter in der chinesischen Küstenstadt Qingdao eigens ein neues Siliziumwerk errichten.
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