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Analysis of Fluid Flow in Redox Flow Batteries

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Analysis of Fluid Flow in Redox Flow Batteries ( analysis-fluid-flow-redox-flow-batteries )

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Chapter 1- Introduction 1.1- Redox flow batteries: Applications and challenges Renewable energy sources generate about 11.3% of the electricity produced in USA. Solar and wind, as renewable energy sources, supply 34% of the USA renewable electricity produced, as Figure 1. 1 demonstrates. [1] The intermittency of solar and wind energy hinders their widespread growth and further implementation into the energy production sector. Solar energy is available during the day and wind energy is only feasible when wind speeds are sufficient to rotate the wind turbine’s blades. However, the associated lower greenhouse gas emissions obtained when utilizing the above-mentioned renewable energy sources compared to other common energy sources drives continued research in this field. Lawrence Livermore National Library (LLNL) energy flow charts illustrate that the share of solar and wind energy generation increased from 2.16% in 2014 to 3.8% in 2019, projecting a 75% increase in their share. [1] The intermittency of these sources remains troublesome, despite their increased share in energy generation. Wind and solar power plants need to be coupled with electric energy storage devices that can charge when the power generation rate is higher than its consumption rate, and discharge when additional power is needed to meet the electrical grid demands. Batteries, including redox flow batteries (RFB), are possible solutions for providing stable energy storage for solar and wind power plants. [2][3] 1

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