This webinar explains how growing complexity in the power sector is shifting the focus from preventing damage to planning effective recovery, showing that resilience now depends on supply chains, logistics, and real-world operational constraints as much as on system reliability itself.
The power sector is facing increasing complexity, as accelerating demand, rapid technological development, and growing volatility in systems and weather converge.
In this environment that is intensely focused on reliability, resilience has become a critical system performance requirement and no longer a financial concept.
This pv magazine Webinar, with our webinar partner FM, explores how today’s operating realities are changing what resilience looks like in practice. Drawing on real-world engineering and claims experience, FM experts Mike Perron, Sunny Verma, and Tony Carroll will examine why downtime is increasingly driven by recovery constraints, such as supply chain limitations, manufacturing queues, grid dependencies, and logistics, rather than the initial equipment damage itself.
The session will also look at how conventional generation assets are being pushed to do more as original baseload design assumptions, and how this shift is affecting reliability, maintenance, and recovery. Using claims insights, the discussion will highlight where ideal recovery plans often break down under real-world conditions. Find out why, and how organizations that recover fastest are those that plan for it before the loss occurs.
We’ll end the webinar with our usual live Q&A, which will be open to inviting audience discussion with our experts.
FM is a commercial property insurer that partners with organizations worldwide to protect assets and improve resilience through engineering, research, and claims expertise.
Participants are encouraged to submit questions in advance or via live chat during the webinar.
pv magazine Webinar content:
The session will be moderated by Tristan Rayner of pv magazine.
Registration for this webinar is free of charge.
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