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Electrochemical energy storage is vital as we transition towards sustainable energy sources. Energy storage systems must meet performance criteria related to energy and power density, safety, and cost. Battery metrics optimization depends on the end-application of the energy storage device. Selection of energy storage device components, such as electrode materials and electrolytes, directly affects performance metrics. The local chemical environment of these components can impact the transport of ions, charge transfer reactions, and stability. As such, understanding the role of local chemical environments is vital in developing next-generation energy storage technologies. This talk will discuss the importance of local chemical environments in sustainable energy technologies. We will explore how optimizing the chemical properties of electrode materials and electrolytes can improve energy storage system performance metrics, and how this can lead to more sustainable and environmentally friendly energy solutions.
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Maria R. Lukatskaya (2024) studied this question.
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