UTES – Grid Modernization and Energy Storage – Challenges, Priorities, and Key Projects

Grid Modernization and Energy Storage at Sandia National Laboratories – Challenges, Priorities, and Key Projects

Speaker:
Charles Hanley, Senior Manager, Grid Modernization and Energy Storage Programs, Sandia National Laboratories

Abstract:
Sandia National Laboratories develops energy-related R&D in support of our national security mission. We look at the threats our electric system is facing – from climate change and mal-intent to an aging infrastructure – and establish tools to assess vulnerabilities and impacts as well as investment options. We develop new technologies that facilitate the modernization of our grid to a secure, resilient, and sustainable infrastructure, and work with private sector partners to ensure that these new technologies can be brought to bear in the marketplace.

In this talk, we will explore the priorities that Sandia has defined for its grid and storage-based research, leveraging core competencies in the development of a new, integrated electric system. We’ll discuss some high profile and high impact projects that support our vision of what a world with advanced grid features can do.

Speaker Biography:
Mr. Hanley is Senior Manager of the Grid Modernization and Resilient Infrastructures Group at Sandia National Laboratories. His group conducts research on enhancing the resilience of our critical energy infrastructures, including grid-scale optimization, controls, and microgrids; energy storage technologies; renewable energy integration; power electronics; cyber security; and advanced analytics for complex systems. He joined Sandia in 1988 and has been working in Sandia's renewable energy and electric grid programs since 1994. From 2005 through 2014, Charlie managed Sandia's Photovoltaics and Distributed Systems Integration Program. Prior to that, he managed Sandia's international renewable energy programs, through which he oversaw the implementation of more than 400 photovoltaic and wind energy systems in Latin America. He received his B.S. in Engineering Science from Trinity University in San Antonio, Texas, and his M.S. in Electrical Engineering from Rensselaer Polytechnic Institute, in Troy, New York.