Tool-Based Case Studies on Strategic Deployment of Untapped Micro-Pumped Hydro Storage in Michigan

With most classical hydropower sites already utilized and the global push for rapid integration of renewable energy sources accelerating, there is a critical need to identify alternative energy storage solutions. Pumped hydro energy storage, which accounts for the vast majority of global grid-scale storage, remains one of the most cost-effective and long-duration storage technologies available. Hence, this study presents a novel tool designed to assess the untapped potential of inland lakes and reservoirs for micro-PSH, using Michigan’s relatively flat landscape as a case study due to its extensive but underutilized water infrastructure. To ensure accuracy and reliability, the tool incorporates extensive data gathered from authorized sources, covering more than 420 water facilities and potential reservoirs in the state. The tool evaluates key parameters such as horizontal and vertical distances, volume, and the total storage capacity of each reservoir. Its robust assessment framework integrates these metrics to evaluate each site’s potential. The tool’s intuitive interface and geospatial visualizations support actionable insights for planners and scalable deployment of distributed storage infrastructure.. Authors: Magableh, Sharaf K. [Wayne State University] (ORCID:0000000312100706); Wang, Xuesong [Wayne State University]; Dawaghreh, Oraib [Wayne State University]; Wang, Caisheng [Wayne State University] (ORCID:0000000313158053); Mehdipour Abadi, Erfan [Wayne State University]. DOE Contract: EE0010413. Subjects: 13 HYDRO ENERGY; 24 POWER TRANSMISSION AND DISTRIBUTION; 25 ENERGY STORAGE; 29 ENERGY PLANNING, POLICY, AND ECONOMY; 32 ENERGY CONSERVATION, CONSUMPTION, AND UTILIZATION; Data-driven resource management; Distributed energy resources; Hydroelectric and storage potential; Strategic planning tool; Sustainable Water-Energy nexus