blei – -Translation – Keybot Dictionary

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Keybot 7 Results  www.isea.rwth-aachen.de
  Technologie - ISEA - I...  
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Blei-Batterien
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Lead-acid batteries
  Projekte - ISEA - Inst...  
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Modellierung der Ladeakzeptanz von Blei-Säure Batterien
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Modeling of the Charge Acceptance of Lead Acid Batteries
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Modellierung des Überladeverhaltens von Blei-Säure Batterien
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Modeling of the Overcharging Behaviour of Lead-Acid Batteries
  Blei-Batterien - ISEA ...  
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Batterietechnologie und Speichersysteme - Blei-Batterien
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Battery Technology - Lead-acid batteries
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Der am häufigsten eingesetzte Speicher in größeren Anlagen ist die Blei-Batterie. In den letzten Jahren werden zunehmen wartungsfreie verschlossene Typen verwendet. In kleineren Systemen finden auch Technologien wie Li-Ionen und NiMH Verwendung, der Übergang zu tragbaren Geräten und Konsumerprodukten ist dabei fließend.
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Lead-acid batteries are the most common choice for autonomous power supply systems. In the last years a clear trend for maintenance-free VRLA batteries can be observed. Technologies like Li-ion and NiMH batteries can be also found in smaller systems such as consumer and mobile applications.
  Hochtemperatur-Batterie...  
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Hochtemperatur-Batterien unterscheiden sich von gängigen Batterien wie der Blei-Säure-Batterie dadurch, dass die Elektroden flüssig sind und der Elektrolyt ein Festkörper. Die hohen Temperaturen sind notwendig, um die Elektroden in einen flüssigen Zustand zu bringen und um den keramischen Elektrolyten leitfähig zu machen.
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The difference between high temperature batteries and nowadays established types of batteries like lead-acid battery is that high temperature batteries have liquid electrodes and a ceramic solid-state electrolyte. High temperature is necessary to keep electrodes in a molten state and to achieve a sufficient ion-conductivity in the electrolyte. Only molten electrodes can take part in charge or discharge reaction.
  Speicher in Netzen - I...  
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Elektrochemische Speichertechnologien, die betrachtet werden können, sind insbesondere Redox-Flow-Batterien und Wasserstoffspeichersysteme als Speichertechnologien mit externem Speicher sowie die „klassischen“ Batterietechnologien wie Blei-, NiCd-, NiMH- und Lithium-Ionen-Batterien sowie Hochtemperaturbatterien (NaS, Zebra) und Doppelschichtkondensatoren.
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Most interesting is merging the transport sector and the electricity sector. Plug-in hybrids and full electric vehicles most probable will play a major rule for the individual transport in the coming decades. Basically this is the most efficient way to use renewable or CO2-free energy for the transport sector because all renewable energies beside biomass and geothermal energy generate electricity. Additionally the batteries of plug-in hybrid vehicles and full electric vehicles serve as perfect flexible loads for load management and even more with bidirectional inverters as active storage systems. Just 10% of Germany vehicle fleet equipped with 10 kWh batteries and 5 kW bi-directional inverters would add more storage capacity and power to the grid than all pumped hydro systems in Germany together.