Anuj Sanghvi

Anuj Sanghvi serves as a Researcher IV in Cybersecurity at the National Renewable Energy Laboratory (NREL), leading critical initiatives within the Secure Cyber Energy Systems Group. He directs the development of NREL's Distributed Energy Resources Cybersecurity Framework (DERCF) and spearheads the Department of Energy-funded multiyear Water Power Technology Office project on Cybersecurity Value-at-Risk Framework.

His academic credentials include:

• Master of Electrical Engineering from San Jose State University
• Bachelor of Electronics and Telecommunication from University of Mumbai

Sanghvi's research focuses on practical cybersecurity solutions for energy infrastructure, with emphasis on industrial control systems security, risk quantification methodologies, and resilience frameworks. His work bridges theoretical cybersecurity concepts with real-world energy applications including distributed energy resources, electric vehicle ecosystems, hydrogen infrastructure, and water power systems. Key innovations include reference architecture models for extreme fast charging infrastructure and security assessment protocols for behind-the-meter solar installations.

Analysis of his 2023-2025 publications reveals a strategic shift toward quantifiable risk management in energy cybersecurity, demonstrated through frameworks like Cybersecurity Value-at-Risk and specialized assessments for emerging technologies. His work consistently addresses the intersection of physical energy infrastructure and digital security threats across diverse domains from airport hydrogen systems to grid-interactive solar installations.

Sanghvi's leadership extends to major Department of Energy initiatives, particularly the multi-laboratory water power cybersecurity project. His prior industry experience as an RF engineer at Lamhas Satellite Communication (2014-2015) informs his systems engineering approach to energy cybersecurity challenges. Current research activities show significant annual output growth, with 30 total publications demonstrating sustained contribution to the field.