storms power lines transmission tower lightning

Value of Resilience

Value of Resilience

 

Danovo Energy Solutions delivers end-to-end resilience planning for utilities navigating climate risk, regulatory scrutiny, and major infrastructure investment decisions. Every recommendation is grounded in affordability.

 

The economics of grid failure have changed. Hurricane Ida caused more than $65B in damage to U.S. utilities. The 2021 Texas freeze left 4.5 million customers without power for days. Wildfire risk now extends into regions that historically did not model for it. At the same time, performance-based regulation is requiring utilities to quantify resilience, not just describe it.

 

Utilities are under pressure to harden the system, control rates, satisfy regulators, and maintain reliable service through events that were not part of prior planning assumptions. We help utilities address all these challenges together.

What Sets Our Approach Apart

 

Most firms assess risk. Danovo Energy Solutions translates risk into investment decisions that stand up to regulatory scrutiny and move through capital approval.

 

Many utilities struggle to connect hazard modeling to power flow analysis and then to a prioritized, costed capital program. We close that gap. Our approach integrates probabilistic failure analysis, system performance modeling, benefit-cost analysis, and regulatory support into a single workflow.

 

We have applied this methodology across more than a dozen utilities in the U.S. and internationally. This includes investor-owned utilities addressing wildfire mitigation requirements, island utilities rebuilding after major hurricanes, and Midwest utilities managing ice storms and aging infrastructure. The objective is consistent: improve system performance, justify investment, and protect the ratepayer.

Control room energy power systems screens

Our Resilience Framework

Know the Risk at the Asset Level

General risk description does not hold up in a rate case or executive review. We build detailed risk models calibrated to each system, down to individual assets. This includes:

  • Pole failure curves for ice and wind loading
  • Wildfire ignition probability and consequence modeling
  • Vegetation risk by protection zone
  • Heat and cold exposure across substations

Model How Extreme Events Impact the System

Traditional planning tools underestimate how extreme events affect system performance.

  • Capture how distribution outages cascade into transmission constraints
  • Identify impacts missed by traditional planning approaches
  • Inform investment sizing and restoration planning
  • Develop forward-looking resilience curves under simulated scenarios
  • Show how specific investments improve system performance
  • Support expectations from regulators and utility leadership

Design Defensible Solutions

We develop solutions that are both technically sound and regulator ready. Each solution is sized and sequenced against resilience curves, reliability metrics, and benefit-cost ratios. These include:

  • Self-healing networks
  • Strategic undergrounding
  • Microgrid islanding
  • Pole hardening programs
  • Energy storage placement
  • Sectionalizing and recloser optimization

Build an Investment Case That Moves Forward

A strong technical plan must also pass financial and regulatory review. We develop economic cases alongside the engineering analysis, including:

  • Net present value analysis
  • Revenue requirement modeling
  • Capital prioritization and phasing
  • Regulatory filing materials
Illustrated distribution line for asset risk performance
Grid failure, energy crisis, blackout infrastructure
renewable energy battery storage system
Person typing with holographic data analytics and problem solving dashboard.

Resilience Practice Areas

 

  • Climate Risk and Vulnerability Assessment
  • Wildfire Mitigation Planning
  • Storm and Extreme Weather Resilience
  • Distribution Automation and Self-Healing Networks
  • Microgrid Planning and Owner’s Engineering
  • Energy Storage Siting
  • Emergency Response Platforms
  • Regulatory and Rate Case Support
high power electricity poles connected to smart grid.

Proven experience across leading utilities

 

We have supported numerous utilities across North America develop, implement and execute resilience workflows. Our work includes wildfire mitigation, storm hardening, grid modernization, and post-event system rebuilding in varied operating and regulatory environments.

 

This experience spans investor-owned utilities, island systems, and urban networks, with a consistent focus on producing practical, defensible plans that can move through internal approval and regulatory review.

Representative Clients
  • PG&E
  • CenterPoint Energy
  • LUMA Energy
  • Entergy
  • ComEd
  • SDG&E
  • PSE&G
  • We Energies
  • Dominion Energy
  • BG&E
  • DTE Energy
  • Puget Sound Energy

Why Danovo Energy Solutions?

Danovo Energy Solutions is built around utility engineers and planners, not generalist consultants. Our team of industry experts has direct experience operating systems, planning infrastructure, and supporting regulatory processes. Our tools are designed specifically for utility resilience challenges. As part of Quanta Services, we move from strategy to implementation without handoff risk. This becomes critical as programs move into construction. Resilience is no longer a long-term goal. It is a regulatory requirement, a financial responsibility, and an operational standard.

Learn more about the Value of Resilience