Non-Isothermal Modeling and Simulation of a Soluble Lead-Acid Redox Flow Battery

摘要

One of the benefits of modeling is the ability to predict quantities that can be difficult, in some cases impossible to obtain through in-situ experimental measurements. This information, however, can be of vital importance to ensuring both good performance and longevity of the battery knowledge of the likelihood of localized reactant depletion, localized heating and of a steep rise in potential. A non-isothermal two-dimensional dynamic model of a soluble lead-acid redox flow battery based on mass, charge, energy and momentum transport and conservation, together with a fkinetic model for redox reactions has been developed.