siemens.com/press

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-01

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May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-07

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-06

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-05

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-04

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-03

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: soaxx20090917-02

72 dpi 300 dpi

May 01, 2013 | Member of the Managing Board of Siemens AG and Chief Sustainability Officer. 

Reference number: AXX200811.6-01

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Apr 30, 2013 | In a new EU-funded project, Siemens researchers are looking into the analysis, processing, and utilization of large amounts of data ("big data"). The project is necessary because today's systems and databases will soon no longer be able to handle the increasingly huge flood of information that is being fed into them. Numerous technologies produce an extremely large amount of data these days through the use of security cameras, smart power grids, and systems for monitoring complex production processes and facilities. Massive amounts of data are also being generated in relation to climate research, particle physics, social networks and, increasingly, genetic data analysis. All of this data not only has to be collected and stored; it also needs to be quickly analyzed in order to generate medical diagnoses, identify hazardous situations, or forecast power grid stability. 

Reference number: IN20130501-01

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Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-01

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Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-02

72 dpi 300 dpi

Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-03

72 dpi 300 dpi

Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-04

72 dpi 300 dpi

Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-05

72 dpi 300 dpi

Apr 26, 2013 | President and Chief Executive Officer of Siemens AG 

Reference number: soaxx201314-06

72 dpi 300 dpi

Apr 22, 2013 | Three fully assembled Siemens high-speed Velaro D trains at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world‘s leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-01

72 dpi 300 dpi

Apr 22, 2013 | Three fully assembled Siemens high-speed Velaro D trains at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world‘s leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-02

72 dpi 300 dpi

Apr 22, 2013 | Three fully assembled Siemens high-speed Velaro D trains at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world‘s leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-03

72 dpi 300 dpi

Apr 22, 2013 | Three fully assembled Siemens high-speed Velaro D trains at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world‘s leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-04

72 dpi 300 dpi

Apr 22, 2013 | Three fully assembled Siemens high-speed Velaro D trains at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world‘s leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-05

72 dpi 300 dpi

Apr 22, 2013 | A fully assembled Siemens high-speed Velaro D train during a trial run at the testing center in Wegberg-Wildenrath (PCW). To date, the new train for German operator Deutsche Bahn has covered over 250,000 kilometers in test and licensing runs. Siemens is one of the world's leading manufacturers of high-speed trains. Velaro is one of the most reliable trains in all the countries in which it is deployed (26 trains in operation in Spain, 240 in China, eight in Russia, with eight more under construction). Velaro trains have already traveled over 150 million operational kilometers without a significant technical failure. In Spain and Russia, Siemens is also responsible for Velaro maintenance. 

Reference number: soaxx201313-06

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Apr 19, 2013 | Michael Bloomberg, Mayor of New York City and Chairman of the C40 Cities Climate Leadership Group (C40) and Roland Busch, CEO of Siemens Infrastructure & Cities Sector and member of the managing board of Siemens AG, agree on collaboration between the city network and Siemens to combat the impacts of global climate change. The collaboration, both a technical partnership and a global prize competition to recognize city actions and innovation will accelerate C40 city actions to combat the impacts of global climate change. 

Reference number: IC20130419005-01

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Apr 18, 2013 | From left to right: Moderator Greg Gibbons from Siemens Infrastructure & Cities, Thomas Wright, Executive Director from Regional Plan Association and Roland Busch, CEO Siemens Infrastructure & Cities Sector and member of the managing board presented the first results of a report on resilient urban infrastructure to the media in New York City. To show how cities can better protect themselves against natural disasters like Superstorm Sandy, Siemens has joined forces with Regional Plan Association (RPA) and the consulting firm Arup to prepare a study on resilient urban infrastructure. Results to date show that technology is a key component of resilient and efficient infrastructure protection. Cities should integrate resilience into all aspects of their planning and normal investment and maintenance cycles. This would reduce potential damages, enhance productivity, create a safe place to live and can save billions of U.S. dollars. 

Reference number: soaxx201312-01

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Apr 18, 2013 | Thomas Wright, Executive Director from Regional Plan Association and Roland Busch, CEO Siemens Infrastructure & Cities Sector and member of the managing board presented the first results of a report on resilient urban infrastructure to the media in New York City. To show how cities can better protect themselves against natural disasters like Superstorm Sandy, Siemens has joined forces with Regional Plan Association (RPA) and the consulting firm Arup to prepare a study on resilient urban infrastructure. Results to date show that technology is a key component of resilient and efficient infrastructure protection. Cities should integrate resilience into all aspects of their planning and normal investment and maintenance cycles. This would reduce potential damages, enhance productivity, create a safe place to live and can save billions of U.S. dollars. 

Reference number: soaxx201312-02

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Apr 15, 2013 | In order to remain competitive, companies need to continually reduce costs and the time it takes to manufacture increasingly complex products. Experts are therefore convinced that the merging of virtual planning activities and physical production processes will play an important role in the future. Software developments are at the beginning of a growing number of the innovations in manufacturing processes. Picture from the new Siemens research magazine Pictures of the Future. 

Reference number: IN20130403-01

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Apr 15, 2013 | In order to remain competitive, companies need to continually reduce costs and the time it takes to manufacture increasingly complex products. Experts are therefore convinced that the merging of virtual planning activities and physical production processes will play an important role in the future. Software developments are at the beginning of a growing number of the innovations in manufacturing processes. Picture from the new Siemens research magazine Pictures of the Future. 

Reference number: IN20130403-02

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Apr 15, 2013 | The number of motor vehicles on the world’s roads has increased fourfold over the past 40 years and is expected to double again by 2050. Siemens researchers are therefore looking for ways to manage this increased mobility as sustainably as possible. Picture from the new Siemens research magazine Pictures of the Future. 

Reference number: IN20130403-06

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