Home Map Sitemap Print view Contact Imprint Current Customer service Service for schools Electricity distribution power grid Mains / house connection Network charges Network structure features Grid losses Network access Difference amount Basic and replacement care EEG transparency obligation Metrology EEG feeds Renewable energy Gas network Water supply Heat supply Broadband / komDSL Citizen power plant Fault services Companies Weather Wendelstein more weather on search Quicklinks Photovoltaic system elementary school Röthenbach b. St. Wolfgang Photovoltaic system Kleinschwarzenlohe primary school Photovoltaic system building yard Wendelstein vehicle hall Photovoltaic system at the Wendelstein building yard, bicycle garage Photovoltaic system school gymnasium, Wendelstein secondary school Wendelstein market Member of: Association of the Bay. Electricity Industry eV Association of Municipal Enterprises eV German Association of the Gas and Water Industry eV Confederation of the self-employed / German trade association / Landesverband Bayern eV Business park Nürnberg-Feucht Versorgungs- und Abwasserentsorgungs- GmbH Home - power grid The power grid in Wendelstein Under this section you will find all the necessary, interesting and useful information about the electricity network of the Wendelstein municipal works. The Wendelstein municipal works guarantee that all customers use their network according to objective, transparent and non-discriminatory criteria. Image: Andreas Natterer (left) with Jürgen Minnameier Info on the power grid: There are different and common names for the power grid: Energy network Light network Power grid Electrical power grid Energy supply network Power grid Electricity network Power network In Germany, the term electricity network mostly stands for the network for supplying consumers with electrical energy by the energy supply companies. In order to supply the consumers with electrical energy, lines are required from the power generators (power plants) to the consumers. For this purpose, electricity networks with different, fixed voltages are used; in the case of alternating current, frequencies are also specified. Electricity grids are classified according to the voltage levels at which they transmit electrical energy: 1. Extra high voltage 2. Medium voltage 3. Low voltage Die Verbindung von Stromnetzen mit unterschiedlichen Spannungsebenen erfolgt über Transformatoren, die in Umspannanlagen installiert sind. Der Stromfluss durch die Netze und zu Netzen mit gleicher Spannungsebene erfolgt über Schaltanlagen. Stromnetze mit unterschiedlicher Frequenz oder Phasenzahl oder Stromnetze, die nicht miteinander synchronisiert sind, müssen über HGÜ-Anlagen oder Motor-/Generator-Kombinationen miteinander gekoppelt werden. In Deutschland sind vier Netzbetreiber (TSO, Transmission System Operator) tätig; sie haben sich zum deutschen Netzregelverbund zusammengeschlossen: Amprion, TransnetBW, Tennet TSO und 50Hertz Transmission. Die Gemeindewerke Wendelstein gehören dem Übertragungsnetzbetreiber (ÜNB) Tennet TSO an. Quelle: http://de.wikipedia.org/wiki/Stromnetz Letzte Änderung: 22.11.2013 08:51 Uhr