3D Printing Technology Enhances Micro-Hydropower Potential in U.S. Dams
The collaboration between Cadens and Oak Ridge National Laboratory seeks to exploit thousands of underutilized U.S. dams for micro-hydropower. With 51,000 potential sites identified, this initiative could unlock approximately 29 gigawatts of renewable energy capacity, enhancing energy resilience and supporting distributed generation.
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Cadens and Oak Ridge National Laboratory are leveraging additive manufacturing to improve the economics of micro-hydropower systems in the U.S. Despite 90,000 dams, less than 3% generate electricity, with 51,000 deemed suitable for micro-hydropower.
The new methodology combines standardized components with 3D-printed parts, reducing costs tied to custom fabrication. A prototype turbine has operated for over six years, validating the durability of additive manufacturing in harsh conditions.
As decentralized energy systems gain importance, enhancing micro-hydropower can utilize existing infrastructure, potentially transforming energy dynamics in rural and industrial sectors. This advancement may encourage further investment in small-scale renewable energy solutions.
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