Moving Beyond Just Weathering the Storms: Enhancing Grid Reliability and Resilience
With climate change driving more frequent and severe weather events, the strain on our electric grids has never been greater. In 2023 alone, severe storms, heat waves, and winter freezes left millions without power, costing billions in economic damage and putting lives at risk. And in 2022, an average American experienced 16% more grid disruptions compared to 2013. Therefore, enhancing grid reliability and resilience has become a critical priority. So, the question is: How can the utility industry close the resilience gaps in our aging infrastructure while balancing immediate disaster response with long-term grid modernization?
Should grid practices be standardized across regions, and how might emerging technologies transform disaster recovery? Can decentralized power sources play a key role in strengthening our systems?
Welcome to Experts Talk. In this episode, Daniel Litwin, the Voice of B2B, speaks with three experts in the field: Ken Sharpless, Vice President of Customer Experience at Exo, Alex Richards, President of Aquawolf, and Dr. Dominique Meyer, Co-Founder and CEO of Looq AI. Together, they discuss innovative strategies and technologies aimed at enhancing grid reliability and resilience.
- The experts agree that much of the U.S. grid infrastructure is outdated, with many power lines and poles built 50 to 70 years ago. Addressing corrosion, vegetation encroachments, and structural integrity is vital to preventing cascading failures during storms.
- Emerging technologies like AI and 3D reality capture are driving improvements in grid inspections, helping utilities prioritize repairs and allocate resources more effectively.
- Grid resiliency plans, such as Entergy Texas’ $335 million investment, are critical steps but must be accompanied by updated standards and better resource allocation to maximize impact.
- Decentralized power sources, such as microgrids, can provide an added layer of resilience. By integrating renewable energy sources like solar and wind into the grid, utilities can reduce their dependence on centralized power systems, which are more vulnerable to large-scale outages.
- The panel stresses the importance of balancing immediate disaster recovery efforts with long-term grid modernization. While responding to outages quickly is crucial, investing in stronger, smarter infrastructure can reduce the overall burden.
Ken Sharpless, P.E., currently serves as Vice President of Customer Experience at Exo, focusing on utility sales and grid infrastructure resilience. He previously held the role of Vice President of Marketing & Product Development at Arcosa Inc. His extensive career includes key positions such as Vice President of Engineering at TAPP, Inc., and Director of Business Development at ASEC Inc.
Alex Richards, P.E., is an experienced engineer with a focus on transmission power line design and overhead transmission systems. As President of Aquawolf LLC, he has extensive expertise in designing steel poles, lattice towers, and communication lines using advanced tools like PLS-CADD. Throughout his career, including leadership roles at NV5 and ASEC Inc., Richards has managed large-scale projects, trained engineers, and helped grow companies, while being responsible for hundreds of transmission line designs ranging from 69kV to 345kV.
Dr. Dominique Meyer is a technology entrepreneur with over 10 years of experience in computer vision and AI, specializing in 3D image acquisition and processing. He is the Founder and CEO of Looq AI, where he is developing next-generation mobile 3D mapping technology. Meyer’s career includes consulting roles and leadership positions in companies like CamerEye and Spectral MD, where he applies his expertise in bridging cutting-edge technology with business development to create innovative solutions for the built environment.
Article written by MarketScale.
