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51
Fig.: Power station project
Niagara Falls (Wikimedia
Commons, public domain).
A crucial factor in the decision was the first successful electricity transmis-
sion across a 176-km overhead power line in Germany. Building on an idea of
Tesla’s, in 1891 Oskar von Miller managed to step-up an alternating current of
55 volts to 15,000 volts and to conduct it from Lauffen am Neckar to Frank-
furt am Main. George Westinghouse used the practical experience of Miller to
plan and build his Niagara Falls power station. The Westinghouse Company
developed the biggest and, at 5000 HP, the most powerful two-phase AC gen-
erators of that time for the production of electricity at 25 Hz. The energy pro-
duced by the power station was stepped up to 22,000 volts with transformers
and transported to Buffalo over a high-voltage line made by the General Elec-
tric company /3/. The power station went into operation in 1895 with three
generators and an output of 11 MW and supplied power for machinery and
lighting at Buffalo over a 42-km overhead power line in November 1896. The
Niagara Falls power station was later expanded by seven more generators by
the Westinghouse Company, thus increasing its capacity to some 37 MW.
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book Nikola Tesla and the Graz Tech"
Nikola Tesla and the Graz Tech
- Title
- Nikola Tesla and the Graz Tech
- Authors
- Uwe Schichler
- Josef W. Wohinz
- Publisher
- Verlag der Technischen Universität Graz
- Location
- Graz
- Date
- 2020
- Language
- German
- License
- CC BY-NC-ND 4.0
- ISBN
- 978-3-85125-688-1
- Size
- 20.0 x 25.0 cm
- Pages
- 124
- Category
- Technik
Table of contents
- Editor’s foreword 8
- Nikola Tesla and the Graz Tech 11
- The Graz Tech: A tradition of innovation 12
- Nikola Tesla: Milestones in his life 14
- Nikola Tesla: Student at the Graz Tech 20
- Nikola Tesla: Honorary doctor of technical sciences 28
- People shape the development of the Tech 37
- References 38
- Nikola Tesla: Visionary and Inventor Contributions to scientific and industrial development 41
- Development of electrical engineering from 1850 to 1950 42
- The problem of the commutator 43
- The rotating magnetic field: Polyphase alternating current system 43
- The Niagara Falls power station: Direct current or alternating current? 44
- High frequency, the Tesla transformer and Wardenclyffe Tower 54
- Remote-controlled ships and robots 62
- Hotel room 3327 in New York 64
- Tesla’s innovations: visible in the 21st century 65
- References 65
- Constant development and unrelenting progress is the goal… Stages in the development of the Universalmuseum Joanneum 67
- The main reasons behind its establishment and their classification in the history of museums 70
- Original scope 72
- Outline of the course of development 73
- The early Joanneum (1811 to 1887) 75
- The Joanneum from 1888 to 2002 82
- The State Museum or Universalmuseum Joanneum GmbH: Stepping out into the Future 87
- References 90
- The architecture of the high-voltage laboratory: An exciting architectural monument to technology 91
- Design principle 94
- Tasks and test facilities 97
- Postscript 98
- References 98
- ‘ Technology is the pride of our age’ (Peter Rosegger) A technological history of Graz in the 19th century 99
- References 118
- List of authors 120