- International Electro-Technical Exhibition - 1891
The 1891 International Electro-Technical Exhibition was held between 16 May and 19 October on the disused site of the three former “Westbahnhöfe” (Western Railway Stations) in
Frankfurt am Main. The exhibition featured the first long distance transmission of high-power, three-phaseelectrical current, which was generated 175 km away at Lauffen am Neckar. As a result of this successful field trial, three-phase current became established for electrical transmission networks throughout the world.
The “Elektrotechnische Gesellschaft“ (Electro-Technical Society) was founded in Frankfurt in
1881with the aim of promoting electricity and, in particular, furthering research into its application for industry and technology. Three years later, some ten manufacturers of electrical equipment had set themselves up in the city. In around 1890, some of the enterprises were established which would later become major firms in Frankfurt: Hartmann & Braun, Staudt & Voigt (from 1891Voigt & Haefner) and W Lahmeyer & Co (from 1893Elektrizitäts-AG, previously W Lahmeyer & Co). And it was in Frankfurt that the “second industrial revolution” began to emerge – a revolution that would bring about fundamental changes similar to those created 100 years previously by the introduction of the steam engineto the world of work. In 1891, the German electrical industry was ready to demonstrate its capabilities to the world at the International Electro-Technical Exhibition. A site was chosen – that of the former Main- Neckarrailway station between the city and the new main station, which had been completed in 1888.
Prompted by the Paris “
Exposition Universelle” ( World Fair) of 1889, Leopold Sonnemann, publisher of the Frankfurter Zeitungnewspaper, interested the Electro-Technical Society in the idea of an exhibition. The Society expressed an interest and started preparations in the same year. However, there was another consideration apart from the setting up of an international exhibition – Frankfurt had an urgent problem to solve. The construction of a central power stationhad been under discussion in the city’s political and technical committees since 1886. However, agreement had still to be reached over the type of current, and opinions were divided between direct current, alternating currentand three-phase current. It fell to the exhibition to demonstrate a commercially viable method for the transmission of electricity. Three-phase current with a minimal loss of 25% would be transmitted at high voltage from Lauffen am Neckarto Frankfurt. This took centre stage at the exhibition and was evidenced in the large three-section entrance gate. The central section took the form of an arch bearing the inscription “Power Transmission Lauffen-Frankfurt 175 km.” Rectangular panels flanked the arch: the one to the right carrying the name of the “Allgemeine Electricitätsgesellschaft“ ("AEG" - General Electricity Company), which had been founded in 1887; the left-hand panel displayed the name of the “Maschinenfabrik Oerlikon” (Oerlikon Engineering Works). The entire entrance was illuminated with 1000 light bulbs and an electrically powered waterfall provided a further attraction. With 1,200,000 visitors from all over the world, the exhibition was an out-and-out success. The cost of a one-day entry ticket for an adult amounted to a considerable 15 marks.
As far as Germany was concerned, the International Electro-Technical Exhibition settled once and for all the question of the most economical means of transmitting electrical energy. When the exhibition closed, the
power stationat Lauffen continued in operation – providing electricity for the administrative capital, Heilbronn, thus making it the first place to be equipped with a power supply using three-phase AC. The name of the local power company (ZEAG) bears testimony to this event. The Frankfurt city council constructed its own power stationnear the harbour; yet another was built by a private company in the suburb of Bockenheim.
Bibliography and Sources
* Jürgen Steen (Hg.): "Eine neue Zeit ..!", Die Internationale Elektrotechnische Ausstellung 1891. Frankfurt am Main 1991 (Ausstellungskatalog Historisches Museum Frankfurt am Main), ISBN 3-89282-022-8
* Horst A. Wessel (Hg.): Moderne Energie für eine neue Zeit, siebtes VDE-Kolloquium am 3. und 4. September 1991 anlässlich der VDE-Jubiläumsveranstaltung "100 Jahre Drehstrom" in Frankfurt am Main (= Geschichte der Elektrotechnik, Bd.11). Berlin/Offenbach 1991, ISBN 3-8007-1813-8
* Volker Rödel: Fabrikarchitektur in Frankfurt am Main 1774-1924, Frankfurt 1986, S.30f., ISBN 3-7973-0435-8
* [http://www.sabinehock.de/publikationen/tagespresse/tagespresse_95.html Sabine Hock: "Mehr Licht für Frankfurt", Oskar von Miller brachte Frankfurt auf den Weg zur Elektrifizierung] , Online-Version eines Artikels für den "Wochendienst" Nr. 16 vom 26.04.2005, hg. v. Presse- und Informationsamt der Stadt Frankfurt am Main, auch veröffentlicht im "Newsletter Geschichte" des Geschichtsmagazins DAMALS, [http://www.damals.de/sixcms/detail.php?id=164850 Nachricht vom 30.04.2005]
* [http://www.fitg.de/downloads/journal/FITG_2_2007.pdf FITG-Journal, September 2007, Seiten 10-12]
"This article is based on a translation of the article about the Internationale Elektrotechnische Ausstellung 1891 which appears in the German Wikipedia."
Wikimedia Foundation. 2010.
Look at other dictionaries:
Electro-galvanic fuel cell — 3 electro galvanic fuel cells from a rebreather An electro galvanic fuel cell is an electrical device, one form of which is commonly used to measure the concentration of oxygen gas in scuba diving and medical equipment. A chemical reaction occurs … Wikipedia
Gheorghe Asachi Technical University of Iaşi — Motto Ipsa scientia potestas est (Latin: Knowledge itself is power ) Established 1813/1937 Type Public … Wikipedia
Business and Industry Review — ▪ 1999 Introduction Overview Annual Average Rates of Growth of Manufacturing Output, 1980 97, Table Pattern of Output, 1994 97, Table Index Numbers of Production, Employment, and Productivity in Manufacturing Industries, Table (For Annual… … Universalium
Oscar/Technische Verdienste — Der Oscar für technische Verdienste (Academy Technical Achievement Award) ist eine seit 1931 vergebenene Auszeichnung der Academy of Motion Picture Arts and Sciences und würdigt herausragende Leistungen auf dem Gebiet der Verbesserung technischer … Deutsch Wikipedia
Abkürzungen/Luftfahrt/E–K — Dies ist der dritte Teil der Liste Abkürzungen/Luftfahrt. Liste der Abkürzungen Teil 1 A A Teil 2 B–D B; C; D Teil 3 E K E … Deutsch Wikipedia
Confederation of Indian Industry — logo The Confederation of Indian Industry (CII) is a non government, not for profit, industry led and industry managed organisation, seeking to play a proactive role in India’s development process. The organisation works to create and sustain an… … Wikipedia
Anthony Reckenzaun — (1850 1893) was an electrical engineer who worked in the UK and the USA.Reckenzaun worked on electric tramcars and electric boats. He is probably best known for applying worm gear drive to tramcars. This was not a great success on full size… … Wikipedia
Clampco Sistemi — Coordinates: 46°00′36″N 13°07′19″E / 46.01°N 13.12194°E / 46.01; 13.12194 … Wikipedia
Geomagnetically induced current — Geomagnetically induced currents (GIC), affecting the normal operation of long technological conductor systems, are a manifestation at ground level of space weather. During space weather events (or geomagnetic storms) Earth s near space current… … Wikipedia
EMF-Messungen — Sonde für elektrisches Feld FP2000 (Frequenzband 100 kHz–2500 MHz) Die EMF Messungen, die für die Messungen der elektromagnetischen Felder gebraucht werden, werden durch Sonden oder Sensoren durchgeführt. Auch wenn sie mit anderen Eigenschaften… … Deutsch Wikipedia
Adam Skorek — Adam Waldemar Skorek was born in cite web |url=http://www.krzczonow.lubelskie.pl/index.php?option=com content task=view id=15 Itemid=29 | title=Krzczonów, Poland, December 24, 1956. He completed Master of Sciences in Electrical Engineering… … Wikipedia