If your 2026 power budget assumes next year will look a lot like last year, you are probably taking on more energy cost risk than you realize.
Across the U.S. electricity market, demand is rising, regional grids are tightening, and the bill is increasingly driven by more than just the energy price. The result is simple: increased power price volatility, a bigger gap between good timing and bad timing, and more uncomfortable surprises when forecast meets reality.
This is not about being perfect at predicting the electricity market. It is about building an energy procurement plan that manages cost risk when the market gets noisy.
What is Driving Power Price Volatility
Several structural trends are stacking up at the same time in the U.S. electricity market.
- Electricity demand growth is real and sustained. Data centers, electrification, and manufacturing expansion are increasing baseline load across multiple regions.
- Transmission congestion and delivery costs are showing up more often. Even when the commodity price looks reasonable, delivery-related costs can swing outcomes.
- Reliability is getting priced in. Capacity markets and grid resilience investments flow through market constructs and utility recovery mechanisms, adding to non-commodity cost exposure.
- Supplier risk premiums are wider. When uncertainty rises, offers tend to get more conservative, especially if you are buying late or with limited flexibility.
The headline: it is not that power is expensive everywhere. It is that outcomes are more spread out and harder to predict.
The Electricity Cost Stack Has Changed. Many Budgets Have Not
A lot of teams still talk about โthe power priceโ like it is one number. In practice, most organizations are paying a stack that looks more like:
- Commodity energy
- Capacity market charges and reliability constructs
- Transmission and congestion charges
- Utility riders and regulatory pass-throughs
- Supplier adders and risk premium
- Renewable Energy Certificates (RECs) or other sustainability costs, if applicable
If you do not separate the full electricity cost stack, you cannot manage the cost risk effectively. Teams end up debating one line item while the variance is hiding in three others.
The 6-Move Playbook to De-Risk the Next 24 Months
These actions are designed to be executive-friendly and operationally practical.
1. Stop treating energy procurement like a once-a-year event
If the process starts 60 to 90 days before contract renewal, you are forced into decision-making under pressure.
Shift to a rolling 24-month energy procurement strategy with defined decision points:
- Set strategy and risk appetite
- Define a coverage plan
- Create execution windows with approvals already lined up
This approach is not about trading. It is about avoiding exposure to last-minute decisions.
2. Segment your load because not every site should be treated the same
Not all facilities carry the same energy cost risk. Each site has a distinct load profile and exposure to market volatility.
Segment sites based on:
- Operational criticality
- Volatility exposure (Regional congestion risk and pricing zone)
- Load profile characteristics (peaky versus steady demand)
- Budget sensitivity and forecast tolerance
Then match the procurement structure to the exposure. The common mistake is forcing one approach across very different situations.
3. Build a hedging policy leadership will actually approve
Energy hedging discussions go sideways when they become market predictions. Bring it back to governance.
Re-anchor the conversation around structured energy risk management:
๏ท Define a target coverage range over the next 12 - 36 months ๏ท Use predefined bands and triggers to guide when you add coverage ๏ท Separate the stable hedging policy from the flexible execution This approach converts procurement from reactive decision-making into a repeatable risk management framework.
4. Tighten contracts so you do not carry โsilent exposureโ
In volatile power markets, vague contract language costs real money.
A quick pressure-test:
- What is a pass-through, specifically?
- Which pricing indices apply and how are they calculated?
- Do you have audit rights and data transparency?
- Are term and extension mechanics clear?
- If you are on a flexible procurement structure, who owns actioning trade opportunities?
This is also where regulatory dynamics can matter more than teams expect, including how Federal Energy Regulatory Commission (FERC) actions may influence capacity pricing and ripple into market rules and cost recovery.
5. Monetize one operational lever instead of chasing ten
You do not need a large-scale transformation program to reduce energy cost risk. You need one operational lever you can execute and measure.
Effective options include:
- Peak demand reduction, even at modest levels
- Demand response program participation
- Shiftable processes or load management where operationally feasible to minimize on-peak pricing
- Tariff optimization on an annual basis
- On-site generation or Combined Heat and Power (CHP) screening for your highest exposure sites
Operational flexibility is now a measurable lever for reducing energy cost risk.
6. Run a variance drill before it becomes a leadership problem
Most teams only diagnose energy budget variance after the bill spikes.
Instead, conduct a structured quarterly review:
- What moved: commodity vs non-commodity?
- Which sites drove the variance and why?
- Which contract terms helped or hurt?
- What is the next decision point and who owns it?
Proactive variance analysis strengthens forecast credibility and reduces unexpected cost escalation.
What This Means by Function
Finance
- Push for a forecast split into commodity vs non-commodity electricity costs
- Request a rolling 24-month decision calendar, not just a renewal date
- Require scenario ranges and documented variance attribution
Procurement
- Establish pre-approved execution authority within defined coverage bands
- Standardize contract language around pass-throughs and transparency
- Segment energy procurement strategy by exposure rather than habit
Operations
- Pick one flexibility lever and operationalize it
- Coordinate maintenance planning with procurement decision windows
- Treat energy performance as a reliability and cost KPI
A practical checklist you can use this week
- Do we have a 24-month procurement runway with defined decision points?
- Can we clearly articulate our full power cost stack to leadership?
- Are pass-throughs and transparency terms explicit in contracts?
- Do we have coverage bands, triggers, and named decision owners?
- What is the single most effective operational lever to reduce energy cost exposure?
Conclusion
Demand is up and volatility is up.
The winners will not be the teams that predict the power market best. The winners will be the teams that reduce their reliance on prediction. The advantage will belong to teams that design governance, contracts, and operations to withstand volatility.
Where is your greatest exposure today: budget variance, contract complexity, internal approvals, or market volatility?
For more information on energy risk management, and to see how NUS can help with your organization with energy procurement strategies, please contact us.