The strategy aims to ensure the grid is reliable and resilient against disruptions and can recover quickly from outages as well as adapt to future challenges.
At a glance
Who: City of Austin; Austin Energy.
What: Austin Energy has announced its Electric System Resiliency Plan (ESRP) after more than a year of stakeholder engagement.
Why: To develop a stronger, smarter electric system for the city and ensure the grid is more reliable and resilient against extreme weather and other disruptions, as well as future challenges.
When: The plan details Austin Energy’s priorities for 2026.
Austin Energy has announced its Electric System Resiliency Plan (ESRP) to develop a stronger, smarter and more reliable electric system for the city.
It follows more than a year of stakeholder engagement, analysing costs and conducting third-party studies on its overhead and underground electrical distribution system.
The ESRP is Austin Energy’s strategy to ensure the grid is more reliable and resilient against extreme weather and other disruptions, can recover quickly from outages and adapt to future challenges.
The ESRP includes a combination of hardening existing infrastructure, improving the grid to better accommodate distributed energy resources (DER) like solar and batteries and continuing ongoing initiatives like vegetation management and upgrading equipment.
“Austin Energy’s resiliency efforts will go toward building an even more reliable electric system for our community”
“Compared to statewide averages, Austin Energy’s system is at least twice as reliable, but there’s always room for improvement,” said general manager Stuart Reilly.
“Austin Energy’s resiliency efforts will go toward building an even more reliable electric system for our community.”
The utility’s data-driven efforts will target investments where they will make the biggest impact. The goal is to help as many people as quickly as possible, emphasising vegetation management and wildfire mitigation.
Austin Energy’s ESRP priorities in 2026 include:
The ESRP is a strategy to strengthen Austin Energy’s infrastructure and better serve the community. As challenges and changes evolve, so will the plan – ensuring targeted upgrades and continued reliability.
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How does circuit hardening improve grid reliability during extreme weather?What role do reclosers play in reducing power outage durations?How will integrating distributed energy resources enhance grid resilience?What strategies are used for wildfire mitigation in high-risk circuits?How does vegetation management align with Austin Energy’s resilience goals?