Tyler Norris

Tyler Norris, a PhD candidate at Duke University and former VP of Development at Cypress Creek Renewables, dives into the fascinating world of data center flexibility. He highlights the paradox that while data centers are often seen as inflexible, there's potential for them to support grid stability. Tyler shares insights from a study revealing that small load curtailments could free up 98 gigawatts of capacity. They discuss innovative strategies like colocating power generation and optimizing operations, illustrating how data centers can actively participate in demand response.

Tyler Norris, a PhD student and James B. Duke Fellow at Duke University, dives into his groundbreaking research on integrating new data centers into the U.S. electricity grid. He reveals that the grid could handle an astonishing 98 gigawatts of additional load with proper flexibility, challenging the perception of power system rigidity. The conversation covers practical applications of load flexibility, real-world adoption strategies for data centers, and the critical role of advanced technologies like virtual power plants in optimizing energy management.

Tyler Norris, a James B. Duke Fellow at Duke University specializing in electric power systems, shares his insights on U.S. power market interconnection processes. He discusses the increasing complexity of interconnection queues and the challenges developers face, particularly with 'zombie projects.' Tyler contrasts 'invest and connect' with 'connect and manage' approaches, and delves into the implications of upcoming U.S. elections on the energy transition. His expertise sheds light on the delicate balance between innovation, reliability, and market dynamics.