Titlebook: Analysis of Reaction and Transport Processes in Zinc Air Batteries; Daniel Schröder Book 2016 Springer Fachmedien Wiesbaden 2016 Zinc Air

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Analysis of Reaction and Transport Processes in Zinc Air Batteries

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Analysis of Reaction and Transport Processes in Zinc Air Batteries978-3-658-12291-1

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Introduction,nergy conversion. As a consequence thereof, further well-engineered energy storage devices for mobile and portable consumer electronics, automotive applications, and large scale energy storage are needed in the nearby future. This holds especially if energy is utilized from intermittent sources, suc

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Experimental Set-Ups and Measurement Detailse techniques for this thesis, with all parameters and experimental set-ups used, is introduced. The experimental analysis in this thesis is conducted to reveal detailed information e.g. on the cell potential and the solid and liquid species volumes in ZABs. However, not every experimental set-up is

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Detailed One-Dimensional Air Electrode Modelolyte. A model-based analysis is applied in this chapter of the thesis to assess the implications of flooding on the air electrode overpotential, and the oxygen distribution within the air electrode. This chapter is based on the publications [72], [73], and [74].

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Theoretical Considerations on Air-Composition Impactthin the cell but is taken from the surrounding air. This requires on the one hand an open air electrode concept for ZABs, but makes on the other hand the entire system susceptible to the surrounding air [1]. Passaniti et al. present a comprehensive overview, and state experimental results on the im

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Model Approach to Reveal Air-Composition Impactset of equations for the versatile and expandable basic model for electrically rechargeable ZABs is introduced. The basic model is then modified to account for certain scenarios of air-composition and operation strategies: (a) reference scenario, (b) relative humidity scenario, (c) active operation