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Public-images-osm logo.svg power
Erzeugung und Verteilung von elektrischer Energie.
Gruppe: Power
Für diese Elemente
kann Punkten zugeordnet wardenkann Linien zugeordnet werdenkann Flächen zugeordnet werdenuse on relations unspecified 
Dokumentierte Werte: 26
Status: Unbestimmt

Stromleitungen in Deutschland

Gemäß De:Map Features type: Physical.
Zum Erstellen und Bezeichnen von Einrichtungen zur Erzeugung und Verteilung von elektrischem Strom.

Von Mappern überprüfte Stromleitungen (mit hinzugefügten Masten) in den USA, Stand 28.3.2011



Der power=* Schlüssel wird zum Kennzeichnen von Einrichtungen zur Erzeugung und Verteilung von elektrischem Strom benutzt.

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Die deutsche Übersetzung kann hier bearbeitet werden.


Kosmos logo.png
There are Kosmos rendering rules for this theme.
See Kosmos Power Rules for more infos.

Very useful for navigation. Some pylons are accessible and can be marked, but I imagine the main method of data collection would be using bearings.

It might be worth specifying that this only gets used for the large power lines (x00,000 volts strung from latticework pylons) — if we were to mark the 800 V insulated cables between telegraph poles, it might confuse people looking for a much larger structure)

National Grid call the things "towers" as they're free-standing, but common usage seems to be "pylon"

Note on identifying power lines:

In the UK there is a hierarchy of power lines that is easy to identify. Most are identifiable over long distances which makes them useful for navigation. Other countries follow very similar schemes (not surprising as the design is constrained by the same physics and economics). Starting at the low-voltage end, we have:
  • Wooden poles carrying four wires on small ceramic insulators, or bundles of insulated cables twisted together. These lines are usually 400 V between phases, which directly provide the domestic 230 V supply. Most of these follow roads and paths.
  • Wooden poles with two or three widely-spaced bare wires on large insulators having one or two plates. These lines are 11,000 volts — often used for distribution in rural areas.
  • Wooden poles with three bare wires on multi-plate insulators are 45,000 V between phases — usually on higher and more substantial poles, sometimes poles are used in pairs.
  • Metal towers carrying a set of single wires (usually three plus an earth wire on top) are 132,000 V. These are gradually disappearing.
  • Towers with three or six double wires are 275,000 V
  • Towers with three or six quadruple wires are 475,000 V

All towers also have a single earth wire strung from the top. O.S. maps distinguish between power lines on poles and those on towers. We could go further with identifying characteristics, and I would suggest at least tagging the number of wires in each group, e.g. wires=single wires=double wires=quad — these would apply only to the 'towers' type of line. -- Andrew Findlay 10:08, 6 November 2006 (UTC) (updated 13th Nov 2006)