Alfred University's GE Vernova Advanced Power Grid Laboratory in Alfred, United States, is anticipating the installation of a cutting-edge grid control and distributed energy system on April 15, enhancing its research efforts in renewable energy integration, microgrid technology, and grid modernization. The new equipment, provided by EDIBON, will enable advanced research on distributed energy resources and energy storage, with components for solar, wind, hydro, fuel cells, hydrogen separation, and advanced storage solutions. These capabilities will facilitate the simulation of real-world grid scenarios, allowing for innovation in virtual power plant technology, demand response strategies, and DER control protocols. Dr. John Simmins, the director of the laboratory, highlighted the importance of this technology in positioning the university at the forefront of power grid research and fostering hands-on experience for students and researchers. Supported by grants and software licenses, the lab aims to prepare students for careers in the renewable energy industry and serve as a hub for testing communication protocols and system interoperability in microgrids. The upcoming event will showcase the system's capabilities, emphasizing the university's dedication to advancing a smarter, more resilient, and sustainable grid through education and research.