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(Die Seite wurde neu angelegt: „thumb|1950's advertisement for the Siemens spin-dryer. (Source: Siemens Corporate Archives) In addition to communications technology, Werner Siemens succeeded in laying the cornerstone for electrical engineering with the discovery of the dynamo-electric principle in 1866. This dynamo for the first time allowed mechanical energy to be converted cost-effectively into electricity. The machine was the trigger for a series…“)
 
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[[File:1950 Siemens spin-dryer.jpg|thumb|1950's advertisement for the Siemens spin-dryer. (Source: Siemens Corporate Archives)]]
[[File:1950 Siemens Waescheschleuder Siemens.jpg|thumb|1950's advertisement for the Siemens spin-dryer. (Source: Siemens Corporate Archives)]]
In addition to communications technology, Werner Siemens succeeded in laying the cornerstone for electrical engineering with the discovery of the dynamo-electric principle in 1866. This dynamo for the first time allowed mechanical energy to be converted cost-effectively into electricity. The machine was the trigger for a series of other groundbreaking Siemens technologies, including the first electrical railway, the first electrical street lighting and the first electrical elevator.<ref>Siemens AG (Ed): 150 Jahre Siemens, pages 12-13.</ref>
In addition to communications technology, Werner Siemens succeeded in laying the cornerstone for electrical engineering with the discovery of the dynamo-electric principle in 1866. This dynamo for the first time allowed mechanical energy to be converted cost-effectively into electricity. The machine was the trigger for a series of other groundbreaking Siemens technologies, including the first electrical railway, the first electrical street lighting and the first electrical elevator.<ref>Siemens AG (Ed): 150 Jahre Siemens, pages 12-13.</ref>

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