Executive Brief

Electricity and gas utilities face a difficult investment equation.

Infrastructure is aging. Extreme weather is increasing exposure to disruption. Grid modernization and the energy transition are creating new requirements. Regulators and customers expect greater reliability and accountability. Yet capital remains constrained.

The challenge is no longer identifying worthwhile investments. Utilities typically have more potential projects than they can fund.

The challenge is deciding which investments should move forward, when, and why.

Building resilience therefore requires more than replacing aging assets or responding to the latest disruptive event. It requires a portfolio-level approach that connects asset risk, strategic objectives, constraints, and investment value.

That is where Asset Investment Planning (AIP)becomes increasingly important.

Resilience is becoming an investment planning challenge

For electricity and gas utilities, resilience has traditionally been closely associated with engineering and operations: strengthening infrastructure, preventing failures, restoring service, and preparing networks for disruptive events.

Those responsibilities remain critical.

But resilience is increasingly also a capital allocation challenge.

Utilities may simultaneously be considering investments in:

• Grid and infrastructure hardening
• Transmission and distribution upgrades
• Substation protection
• Wildfire and vegetation management
• Gas pipeline modernization
• Automation and grid modernization
• Distributed energy resources and storage
• Cybersecurity
• Asset renewal and replacement

Each can address a legitimate business need.

Few utilities, however, have enough capital, resources, or delivery capacity to pursue every worthwhile investment at once.

The strategic question therefore becomes:

Which combination of investments will deliver the greatest improvement in resilience, reliability, safety, and long-term value within the resources available?

That is a fundamentally different question from simply asking which asset should be replaced next.

Why reactive resilience planning is no longer enough

Major events inevitably influence infrastructure priorities.

A storm exposes a vulnerability. An asset fails. A wildfire changes the understanding of risk. A flood reveals weaknesses that previously seemed manageable.

Learning from these events is essential.

But investment strategies built primarily around what happened yesterday can leave utilities continually responding to the past while new risks emerge elsewhere.

A more strategic approach asks forward-looking questions:

Where is our greatest exposure?

Which risks could have the greatest consequences?

Which investments reduce those risks most effectively?

What happens if funding or priorities change?

How much additional value would another $10 million or $100 million of capital create?

Which projects should move if a new regulatory, operational, or strategic priority emerges?

These are portfolio questions.

And they require more than a project list.

Age alone does not determine investment priority

Aging infrastructure is an important part of the resilience equation, but replacing the oldest assets first does not necessarily produce the strongest investment plan.

Two assets of the same age can carry very different levels of risk.

One failure might cause limited disruption. Another could affect thousands of customers, create safety or environmental consequences, constrain network capacity, or jeopardize a strategic objective.

Utilities therefore need to consider both likelihood and consequence.

That can include factors such as:

• Asset condition and probability of failure
• Customer and service impacts
• Safety and environmental consequences
• Reliability and operational performance
• Regulatory implications
• Financial exposure
• Asset and network criticality

The objective is not simply to identify assets with risk.

It is to understand where investment can reduce the most important risks and create the greatest value.

More data does not automatically create better decisions

Utilities now have access to enormous amounts of information.

Asset condition systems, inspection records, GIS, outage histories, operational systems, climate models, maintenance data and other sources can provide increasingly sophisticated insight into infrastructure performance and vulnerability.

But knowing more about the network does not automatically tell an organization what to fund.

A utility might know that one substation is vulnerable to flooding, another group of assets is approaching end of life, a particular corridor carries wildfire exposure, and another program could improve network flexibility.

The planning challenge is comparing those opportunities consistently.

This is where utilities need to move from data about assets to evidence for investment decisions.

The real opportunity is portfolio-level decision-making

Individual business cases can all appear compelling when considered independently.

The difficulty comes when hundreds or thousands of potential investments compete for the same funding and resources.

Portfolio-level planning allows utilities to compare unlike investments against common objectives and constraints.

For example, leaders can explore questions such as:

What portfolio maximizes risk reduction within our approved capital envelope?

What changes if resilience receives greater strategic weighting?

Which investments become priorities under different climate or demand scenarios?

What is the impact of reducing or increasing the available budget?

Which projects remain valuable across multiple scenarios?

Instead of asking whether an individual project is worthwhile, utilities can determine whether it represents the best use of limited capital compared with the alternatives.

That distinction matters.

A good project is not automatically the right project to fund now.

Resilience plans must also be defensible

Investment decisions do not exist only inside the planning team.

Utilities increasingly need to explain them to executives, boards, regulators, customers, and other stakeholders.

That means being able to demonstrate:

• What assumptions informed the plan
• How risks were evaluated
• Why particular investments were prioritized
• What alternatives were considered
• What constraints influenced the portfolio
• What outcomes the proposed investment is expected to deliver

A defensible plan requires a clear line between strategy, evidence, investment decisions, and expected outcomes.

This becomes particularly important when priorities change.

If funding is reduced, can planners quickly explain what will no longer be delivered?

If an additional resilience requirement is introduced, can they identify how the optimal portfolio changes?

If a regulator challenges an investment, can the organization show why it was selected over competing alternatives?

Transparency is therefore becoming as important as optimization.

From asset lists to strategic investment portfolios

This is where Asset Investment Planning changes the resilience conversation.

AIP helps organizations bring investments into a consistent decision-making framework so they can evaluate competing opportunities based on value, risk, strategic contribution, and constraints.

Instead of planning one asset or program at a time, utilities can consider the portfolio as a whole.

That enables planning teams to:

• Compare diverse investments consistently
• Connect asset risk with strategic objectives
• Model funding and resource constraints
• Explore alternative scenarios
• Understand investment trade-offs
• Optimize portfolios for value and risk
• Respond faster when assumptions change
• Build a transparent rationale for investment decisions

The result is not simply a prioritized project list.

It is a plan that shows why this combination of investments represents the strongest use of available resources.

How IFS Copperleaf supports more resilient investment planning

IFS Copperleaf helps asset-intensive organizations move from identifying investment needs to making transparent, value-based and defensible portfolio decisions.

It provides a structured approach for evaluating competing investments against organizational objectives while accounting for real-world constraints.

For electricity and gas utilities, that can mean bringing together considerations such as reliability, safety, resilience, cost, risk, sustainability and strategic outcomes within a common investment planning process.

Utilities can evaluate scenarios, understand trade-offs and optimize investment portfolios rather than relying on disconnected project assessments.

And when circumstances change—whether through funding constraints, new risks, regulatory requirements or shifting strategic priorities—planning teams can evaluate the implications and adapt the portfolio.

The objective is straightforward:

Make every investment decision easier to explain, defend and adapt.

See what better investment decisions can deliver

Discover how electricity and gas utilities are using Asset Investment Planning to connect strategy, risk and capital decisions.

Explore Asset Investment Planning for Utilities

The strongest resilience strategy is not necessarily the one that spends the most

Utilities will continue to face uncertainty.

Weather patterns will change. Assets will age. Demand will evolve. Regulatory expectations will shift. New technologies will create opportunities, and budgets will remain constrained.

No investment plan can remove that uncertainty.

A stronger planning process can help utilities make better decisions within it.

The goal should therefore not be to fund every resilience opportunity.

It should be to understand the trade-offs, identify where investment creates the greatest value, and build a portfolio that can adapt as circumstances change.

Grid resilience is ultimately not just about building stronger assets. It is about making stronger investment decisions.

Ready to strengthen your investment planning?

See how IFS Copperleaf can help your organization prioritize investments, evaluate trade-offs, optimize capital portfolios, and build more transparent and defensible plans.

DISCOVER IFS COPPERLEAF FOR ELECTRICITY AND GAS UTILITIES
BOOK A DEMO

Frequently Asked Questions

What is grid resilience?

Grid resilience is the ability of an electricity or gas network to withstand disruption, adapt to changing conditions, recover effectively, and incorporate lessons into future planning.

What is Asset Investment Planning?

Asset Investment Planning is a structured approach to evaluating, prioritizing, and optimizing investments based on factors such as value, risk, strategic objectives, available funding, and other organizational constraints.

How can Asset Investment Planning improve grid resilience?

AIP helps utilities compare competing resilience investments consistently and determine which combination of projects can deliver the greatest value and risk reduction within available resources.

How should utilities prioritize resilience investments?

Rather than prioritizing solely by asset age or individual project need, utilities can consider asset condition, probability and consequence of failure, criticality, strategic objectives, expected benefits, cost, and portfolio constraints.

What is portfolio optimization in utilities?

Portfolio optimization evaluates combinations of potential investments to identify portfolios that best meet organizational objectives within constraints such as budget, resources, timing, and risk.

How can utilities make investment plans more defensible?

Utilities can strengthen defensibility by using consistent evaluation criteria, documenting assumptions, connecting investments to measurable objectives and risks, comparing alternatives, and maintaining a transparent rationale for why projects were prioritized.

How does IFS Copperleaf support utility investment planning?

IFS Copperleaf helps asset-intensive organizations evaluate competing investments, understand trade-offs, model scenarios, optimize portfolios, and create transparent investment plans aligned with strategic objectives and constraints.