Zinuo Wang
Columbia Business School, New York, NY 10027, USA.
*Corresponding author: Zinuo Wang
Abstract
The global energy structure is in a stage of profound adjustment, and the demand for flexible regulation capabilities in the power system is constantly expanding. Energy storage technology has gradually evolved from an auxiliary facility to an important supporting force in the energy system. Against this backdrop of industrial evolution, the demand structure for key mineral resources has undergone significant changes, and the market value assessment logic of resource enterprises has also evolved into a new path. Based on the energy transition process and the expansion trend of the energy storage industry, a systematic analysis is conducted on the valuation reevaluation mechanism of resource stocks under the context of increasing energy storage demand, focusing on the interactive relationships between the reshaping of resource supply and demand patterns, the deepening of industrial chain collaboration, and changes in capital market expectations. The research shows that the expansion of the energy storage industry is strengthening the scarcity attribute of strategic minerals, and the bargaining power of resource enterprises in the industrial chain is continuously increasing. The capital market is gradually reexamining the value of resource assets from a long-term growth perspective, thereby promoting the formation of a new valuation system for resource stocks. The relevant conclusions provide a new analytical perspective for identifying the long-term investment logic of resource assets during the energy transition stage and offer reference for the strategic layout of resource enterprises in the expansion cycle of the energy storage industry.
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Copyright
© 2026 by the author(s).
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How to cite this paper
Valuation Enhancement Pathways for Resource Stocks Driven by the Growth of Energy Storage Demand
How to cite this paper: Zinuo Wang. (2026). Valuation Enhancement Pathways for Resource Stocks Driven by the Growth of Energy Storage Demand. Engineering Advances, 6(3), 158-161.
DOI: http://dx.doi.org/10.26855/ea.2026.09.005