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How to Use Agentic AI in Utilities

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January 29, 2026

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Your utility faces an impossible equation: aging infrastructure, workforce shortages, and climate volatility—yet customers demand 99.9% reliability. What if AI could autonomously isolate faults, optimize energy flows during peak demand, and dispatch crews before customers even report outages? Early adopters are already seeing 30% energy reductions and measurable MTTR improvements. But here's the challenge: 79% of utilities lack the governance and infrastructure to move agentic AI from pilot to production.

In this white paper, you'll discover:

  • How leading utilities achieve 40-60% operational cost reductions through autonomous process optimization—and the specific architectures that make it possible
  • The three critical barriers blocking agentic AI deployment (legacy system integration, data sovereignty, governance gaps) and proven frameworks to overcome each one
  • Why CIOs project 179% ROI on AI investments—and how pre-integrated tooling compresses 6-18 month infrastructure builds into days
  • Real-world use cases across water, gas, and electric utilities: from autonomous SCADA fault isolation to coordinated DER management during grid stress

The utilities that act now—with the right deployment strategy and governance framework—will lead in reliability, sustainability, and efficiency. Download the white paper to learn how to position your organization among them.

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Whitepaper

Your utility faces an impossible equation: aging infrastructure, workforce shortages, and climate volatility—yet customers demand 99.9% reliability. What if AI could autonomously isolate faults, optimize energy flows during peak demand, and dispatch crews before customers even report outages? Early adopters are already seeing 30% energy reductions and measurable MTTR improvements. But here's the challenge: 79% of utilities lack the governance and infrastructure to move agentic AI from pilot to production.

In this white paper, you'll discover:

  • How leading utilities achieve 40-60% operational cost reductions through autonomous process optimization—and the specific architectures that make it possible
  • The three critical barriers blocking agentic AI deployment (legacy system integration, data sovereignty, governance gaps) and proven frameworks to overcome each one
  • Why CIOs project 179% ROI on AI investments—and how pre-integrated tooling compresses 6-18 month infrastructure builds into days
  • Real-world use cases across water, gas, and electric utilities: from autonomous SCADA fault isolation to coordinated DER management during grid stress

The utilities that act now—with the right deployment strategy and governance framework—will lead in reliability, sustainability, and efficiency. Download the white paper to learn how to position your organization among them.

How to Use Agentic AI in Utilities

Learn how utilities deploy agentic AI for autonomous grid operations, predictive maintenance, and customer service while navigating legacy infrastructure and compliance requirements.
| Case Study
How to Use Agentic AI in Utilities

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Your utility faces an impossible equation: aging infrastructure, workforce shortages, and climate volatility—yet customers demand 99.9% reliability. What if AI could autonomously isolate faults, optimize energy flows during peak demand, and dispatch crews before customers even report outages? Early adopters are already seeing 30% energy reductions and measurable MTTR improvements. But here's the challenge: 79% of utilities lack the governance and infrastructure to move agentic AI from pilot to production.

In this white paper, you'll discover:

  • How leading utilities achieve 40-60% operational cost reductions through autonomous process optimization—and the specific architectures that make it possible
  • The three critical barriers blocking agentic AI deployment (legacy system integration, data sovereignty, governance gaps) and proven frameworks to overcome each one
  • Why CIOs project 179% ROI on AI investments—and how pre-integrated tooling compresses 6-18 month infrastructure builds into days
  • Real-world use cases across water, gas, and electric utilities: from autonomous SCADA fault isolation to coordinated DER management during grid stress

The utilities that act now—with the right deployment strategy and governance framework—will lead in reliability, sustainability, and efficiency. Download the white paper to learn how to position your organization among them.

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