Gaia Akkumulatorenwerke

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	Quelques documents de Gaia Akkumulatorenwerke
	Solvent - free lithium polymer starter battery ('LI-ION STARTER BATTERY') LI-ION STARTER BATTE 2000 - 2004 Sujets : Economic Aspects, Energy Saving, Environmental Protection, Energy Storage, Energy Transport Type de contrat : Cost-sharing contracts Participants : DELFT UNIVERSITY OF TECHNOLOGY NEDERLAND DELFT UNIVERSITY OF TECHNOLOGY Education FACULTY OF APPLIED SCIENCES LABORATORY FOR INORGANIC AND PHYSICAL CHEMISTRY P.O. Box 05 Julianalaan 136 2628 BL NEDERLAND GAIA AKKUMULATORENWERKE GMBH DEUTSCHLAND GAIA AKKUMULATORENWERKE GMBH Other Postfach 10 06 16 Montaniastrasse 17 99734 DEUTSCHLAND INTRA INTERNATIONAL AB SVERIGE INTRA INTERNATIONAL AB Other Fabriksgatan 10 41250 SVERIGE UNIVERSITY OF KENT AT CANTERBURY UNITED KINGDOM UNIVERSITY OF KENT AT CANTERBURY Education SCHOOL OF PHYSICAL SCIENCES Giles Lane CT2 7NR UNITED KINGDOM BAR ILAN UNIVERSITY ISRAEL BAR ILAN UNIVERSITY Education DEPARTMENT CHEMISTRY LABORATORY FOR SONOCHEMISTRY AND ELECTROCHEMSTRY 52900 ISRAEL FUNKTIONSWERKSTOFFE FORSCHUNGS UND ENTWICKLUNGS GMBH ÖSTERREICH FUNKTIONSWERKSTOFFE FORSCHUNGS UND ENTWICKLUNGS GMBH Research Marktstrasse 3 7000 ÖSTERREICH HONEYWELL SPECIALTY CHEMICALS SEELZE GMBH DEUTSCHLAND HONEYWELL SPECIALTY CHEMICALS SEELZE GMBH Other Wurstorfer Strasse 40 30928 DEUTSCHLAND Hide objective The project aims to form, with minimal solvent use, an SLI battery capable of meeting both high power starting demands and low power system loads. Among the stated objectives is a demonstration 42 V, 30-50 kWh modules. An extrusion process will be used to fabricate cell components without the need for casting solvent employed in current lithium cell manufacture. The present instability problems of state-of-the-art Li-ion cells discharging at high power will be overcome by the use of patented additives. Key aspects include the specification of electrode components with sufficiently high electronic and ionic conductivities. Battery management is an integral part of this system, which will improve efficient recharging and safe discharging. Modules will additionally be tested on their feasibility for other applications. A co-ordination and management team, and a steering group will accelerate the implementation and execution of critical aspects of this project. Within this consortium we will extend the various objectives of the EU such as stimulating participation of SMEs and the development of critical technologies, employment, and suppression of effluent. Source : cordis