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Your Job: Sodium-ion batteries are the most promising replacement for currently-used lithium-ion batteries owing to the lower price and availability of sodium salts, for which the resources
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: Sodium-ion batteries are the most promising replacement for currently-used lithium-ion batteries owing to the lower price and availability of sodium salts, for which the resources are unlimited. The aim
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Your Job: Join a research project to develop new battery chemistries and expand functionalities of current battery technologies to achieve next-generation, eco-friendly and safe batteries: You are
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of innovative sensors that are used in a wide range of different applications, such as battery safety. The department is located on the EnergyCampus in Goslar in the immediate vicinity of the Energy Storage
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Your Job: Coordination of scientific co-operation within a French-German project on the subject of high-power batteries Consultation, information, and support for all project participants Planning
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model and simulate physicochemical processes in batteries. Our models are based on thermodynamics and describe reaction and transport of ions with partial differential equations. Together
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for sodium-based battery applications Your tasks in detail: You are involved in the identification and development of novel electrolyte components (conducting salts, solvents/co-solvents and functional
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for the identification, comprehensive characterization and development of advanced electrolyte components and resulting electrolyte formulations for sodium-based battery applications Your tasks in detail: You are involved
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, communication and mobility. The "Electrochemical Energy Storage" department generally develops and refines electrochemical reactors, including redox flow batteries (RFBs). In the tendered work, an evaluation
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Your Job: Future battery technologies are urgently needed to make electromobility and home storage even faster and more powerful. In order to increase battery performance and energy density at cell