Commercial Energy Strategy

Ask most mid-sized companies about their energy strategy and you will get a description of their last contract. That is not a strategy; it is a transaction that happened. The distinction matters because organizations without a standing framework make their largest energy decisions in the narrow window before an expiration, under time pressure, against whatever the market happens to be doing that month — which is precisely the condition under which suppliers have maximum leverage and buyers have none.

A strategy is a set of decisions made in advance, in writing, when nobody is under pressure. It has five components. None of them are complicated, and their value comes almost entirely from having been agreed before they were needed.

1. The Portfolio Map

You cannot manage a position you have not described. The map is a single table listing every account: site, utility, market, meter, annual volume, load factor, rate schedule, current supplier, contract rate, contract expiration, and notice deadline.

Building this for the first time is tedious and reliably productive, because it surfaces things nobody knew: accounts on holdover rates, sites in deregulated markets that were never shopped, meters belonging to properties sold years ago, and — most commonly — a set of expiration dates clustered in the same month, which means the entire portfolio reprices simultaneously against whatever the curve looks like that week.

That clustering is itself a finding. Deliberately staggering expirations so the portfolio does not reprice all at once is one of the cheapest risk reductions available, and it can only be seen from the map.

2. The Written Risk Policy

This is the component almost nobody has, and the one that does the most work. It is a page. It states:

• How much certainty you want. What percentage of forecast volume should be under contract at twelve months out, at six months, at the start of the delivery period. A business that cannot tolerate budget variance targets a high figure; one that can carry volatility to capture lower average cost targets a lower one. Both are legitimate; the failure is not having chosen.
• Term boundaries. Minimum and maximum contract lengths the organization will sign, and the conditions under which the maximum can be exceeded.
• Authority. Who may approve a transaction, up to what annual value, and who must be consulted above that. Include a fast path — a named person who can execute inside a quoted price's validity window, which is often measured in hours.
• Trigger conditions. The price levels or market conditions at which you will act outside the ordinary calendar, decided now rather than in the moment.
• What you will not do. Instruments, structures or terms the organization has decided are out of scope — fully floating exposure, terms beyond five years, contracts with unlimited pass-through, whatever fits.

The reason to write this down has little to do with sophistication and everything to do with behavior. In the absence of a policy, the decision is made by whoever is most confident about the direction of the market that week, which is not a reliable input.

3. The Procurement Calendar

Derived from the portfolio map: for each account, the expiration, the notice deadline, and the date the process must begin — typically six to twelve months ahead. Then the same calendar viewed by month, so you can see where work concentrates.

This document does two things. It prevents the single most expensive administrative failure in commercial energy, which is missing a notice date and rolling onto a holdover rate. And it converts procurement from an interruption into a scheduled activity, which is the only way it gets done early enough to matter. On the question of how the calendar interacts with market timing, see when to lock in energy rates.

4. The Demand-Side Roadmap

Procurement changes the price. The demand side changes the quantity and the shape, and the two are worth roughly comparable money over a three-year horizon while requiring completely different work.

The roadmap is a ranked list of demand-side actions with estimated cost, estimated annual benefit and an owner. Ranked by return per hour invested rather than by total savings, it tends to come out in a consistent order:

• Tariff and rate-schedule corrections — no capital, recurring benefit. See tariff optimization.
• Bill audit and error recovery — no capital, one-time refund plus recurring correction.
• Peak load management — minimal capital, recurring, requires operational commitment. See peak load management.
• Demand response enrollment where curtailable load exists — revenue rather than savings.
• Controls and scheduling improvements — modest capital, quick payback.
• Equipment replacement — real capital, longer payback, usually best timed to end-of-life rather than run as a standalone project.
• On-site generation or storage — largest capital, most site-specific, and properly evaluated only after the cheaper items above are done, because they change the load the asset is sized against.

The ordering principle is that everything above equipment replacement is cheap enough to do immediately, and doing it first changes the specification of everything below.

5. Governance and Reporting

Who reviews what, how often, and what number gets reported. At minimum: a monthly cost and accrual review, a quarterly position review against the risk policy, and an annual strategy refresh. The reporting should tie back to the budget variance decomposition — volume, weather, price, tariff — so that performance is assessed against the things that were actually controllable. See energy budget forecasting.

Where sustainability commitments exist, they belong in this section too, because they constrain procurement in ways that must be visible to whoever is buying. A renewable commitment changes which suppliers can bid, which products qualify and what the price comparison means, and discovering that during an RFP rather than before it is a familiar and avoidable problem.

What Changes When It Exists

The document itself is perhaps six pages. What it changes is the timing and the ownership of decisions: processes start early enough to have options, notice dates stop being missed, the demand side gets funded in a sensible order, and the question "should we lock now" is answered against a policy rather than against a forecast nobody can actually make.

None of this requires an energy specialist on staff. It requires someone to write down what the organization has already implicitly decided, and to notice the places where it has not decided anything at all.