Xinying Cheng

Papers

Total Citations

107

H-Index

About

Xinying Cheng is a leading researcher in the field of multifunctional structural energy storage, with a primary focus on integrating batteries into load-bearing materials. Their most impactful work centers on the development of carbon fiber reinforced structural composite batteries, exemplified by their highly cited 2021 paper on Zn–MnO2 systems, which has garnered 107 citations. This research pioneers the concept of "massless" energy storage, where battery components double as structural elements, significantly reducing overall system weight in applications like electric vehicles and aerospace. Cheng’s contributions have advanced the practical realization of structural power composites, demonstrating how carbon fiber electrodes can maintain mechanical integrity while delivering electrochemical performance. Their work is notable for bridging materials science and engineering, offering a pathway to lighter, safer, and more efficient energy systems. With this foundational study, Cheng has established a critical framework for future innovations in structural batteries, inspiring further exploration into scalable manufacturing and multifunctional design. Their research continues to influence the development of next-generation energy storage solutions that seamlessly integrate with everyday structures.