Allison Pezzullo

Allison Pezzullo serves as a primary procurement lead for the Alliance Sustainable Energy–DOECONTR under the Department of Energy, where she oversees the acquisition of advanced energy technologies critical to national sustainability goals. Her responsibilities include managing the full lifecycle of contracts for research, development, and deployment of next-generation energy systems, with a focus on laboratory-scale instrumentation, renewable power integration, and energy-efficient building technologies. She plays a pivotal role in translating DOE’s strategic priorities into actionable procurement strategies that support innovation in solar, wind, and grid modernization initiatives, ensuring compliance with federal acquisition regulations and technical performance requirements. Pezzullo collaborates closely with a diverse ecosystem of research institutions, engineering firms, and specialized technology providers engaged in energy R&D. While specific contractor names are not currently available, her procurement patterns indicate consistent engagement with entities capable of delivering high-precision instrumentation, grid analytics software, and prototype-scale energy systems. She fosters long-term vendor partnerships rooted in technical rigor, rapid prototyping capabilities, and adherence to DOE’s stringent validation protocols for experimental energy infrastructure. Though set-aside data is not currently available, her role aligns with the Department of Energy’s broader commitment to socioeconomic diversity in contracting. She actively supports participation from 8(a), HUBZone, and SDVOSB firms with proven expertise in clean energy innovation, ensuring small businesses contribute meaningfully to mission-critical projects without compromising technical standards. Her procurement focus centers on NAICS categories related to scientific research and development (541710), energy system installation (238220), and instrumentation manufacturing (334511). She routinely acquires specialized equipment for renewable energy testing, smart building control systems, and grid resilience tools, demonstrating deep technical fluency in energy systems engineering, power electronics, and laboratory-scale validation frameworks.