The GDUO-UC (Ioxus MUSE-D) is a high-density, two-module integrated configuration designed for mid-scale grid deployments. Occupying the critical space between individual building blocks and full-sized rack systems, the GDUO-UC provides a pre-engineered dual-module setup that accelerates installation for grid-forming and grid-following applications. Whether utilized for local voltage support or integrated into a larger distributed energy resource (DER) strategy, this system delivers the rapid discharge and charge cycles essential for modern power quality management.
Unlike standard storage components, the GDUO-UC is designed to support both grid-forming and grid-following architectures. This versatility allows it to either sync with the existing grid frequency or help establish a local reference frequency in microgrid scenarios. Its integrated design ensures optimized thermal management and electrical balance between the two modules, maximizing the operational lifespan of the ultracapacitors.
Optimized Configuration: A two-module factory-integrated setup that reduces field assembly time and wiring complexity.
Versatile Application: Ideal for bridging power gaps in renewable energy sites, heavy industrial plants, and substations.
Infrastructure Security: Proudly Made in the USA and FEOC Compliant, meeting the rigorous domestic content requirements for federal infrastructure grants and utility projects.
Durable Performance: Leveraging Ioxus’s industry-leading supercapacitor technology for millions of cycles without the maintenance overhead of chemical batteries.
Note: For specific voltage ratings, peak current capabilities, and mounting configurations for the GDUO-UC, please contact the Empower IT Tech engineering team for a detailed technical submittal.
