Andreas Winardi
CEM, CEA, CAP, CSDP, CDSM, and CLEP
NORESCO - Division of Carrier | Sr Project Developer
Speaker
Track D: Clean Energy Transition: Challenges and Opportunities
Session D2: Resilient Energy Transitions
March 12, 2026 | 10:30 am - 11:00 am
Efficiency to Resiliency - Different ways to use Generators to provide resiliency for Municipal or Federal government
| Resiliency within municipal and critical infrastructure systems relies on the ability to sustain essential services during grid outages, extreme weather events, or other disruptions. Generators serve as a cornerstone of this resilience by delivering dependable backup power for facilities such as water and wastewater plants, emergency operations centers, public safety buildings, and cirtical infrastructure. Properly sized, strategically deployed generator systems—ranging from diesel or natural-gas units to hybrid renewable configurations—enable continuous service delivery, protect public health and safety, and prevent cascading failures across interconnected infrastructure. Emerging technologies, including automated transfer systems, remote diagnostics, and load-management controls, further enhance reliability by ensuring rapid response and optimizing system performance. As municipalities confront increasing environmental stresses and rising energy demands, generator-supported power strategies remain essential for safeguarding community continuity and maintaining critical infrastructure resilience. |
Speaker Bio
Andreas Winardi is a seasoned energy efficiency and resiliency leader with nearly 20 years of experience advancing energy efficiency, infrastructure resiliency, and sustainability in mission-critical environments. As a Senior Project Developer at NORESCO, a division of Carrier, he leads the development and execution of complex capital projects that enhance operational performance and environmental outcomes for public and private sector clients.
Andreas holds a B.S. in Chemical Engineering and an M.S. in Mechanical Engineering from the University of Wisconsin–Madison, as well as an MBA from California Lutheran University. He is a licensed Professional Engineer and holds multiple industry certifications, including CEM, CEA, CAP, CSDP, CDSM, and CLEP