Energy Strategy Consulting

What a commercial energy strategy actually contains

Most organizations do not lack energy tactics. They have a rate, a renewal date, a couple of efficiency projects and possibly a sustainability commitment. What they lack is anything that says how those relate — which is why the efficiency project that would have changed the load profile gets funded the month after a ten-year contract was signed against the old one. A strategy is not a forecast. It is a set of decisions made while there is still time to make them well.

1. A baseline that is actually true

Twelve to twenty-four months of interval data across every account, with the bill decomposed into supply, delivery, capacity, transmission, taxes and riders. This is commercial energy rate analysis and utility bill auditing work, and it is the step most often skipped, because it is unglamorous and it sometimes shows that the problem is not the one the client hired anyone to solve. Portfolios routinely surface accounts on the wrong rate class, meters billed at incorrect multipliers, and sites nobody knew were on default service.

2. A stated risk tolerance

Written as a number: how large an unbudgeted energy increase the organization could absorb in a year without a consequence that matters. Everything downstream follows from it — the fixed/float split, the contract term, whether index exposure is permissible at all. This is energy risk management, and stating the tolerance first is what stops the position from being set implicitly by whoever happened to be in the room at renewal.

3. A procurement calendar, laddered

Which contracts expire when, deliberately staggered so no single month prices the whole portfolio. For multi-site operators this is the highest-value structural change available and it costs nothing but planning — retail chains, multifamily portfolios and distribution networks typically arrive with everything expiring together for no reason other than that the first contracts were signed together. Renewal management keeps the calendar live; commercial electricity procurement and commercial natural gas procurement execute against it.

4. A ranked demand-side project list

Every load reduction opportunity — efficiency measures, peak load work, demand response enrollment, tariff and rate-class changes — ranked by payback with available utility incentives netted out. Tariff work usually belongs at the top because its payback is immediate and its capital cost is zero, which is also why it is the item most often missing from a list assembled by an engineering team.

5. Sustainability commitments, sequenced honestly

Scope 1 and 2 accounting and whatever reporting obligation applies, connected to renewable procurement rather than sitting in a separate document owned by a different function. The sequencing rule is unpopular and correct: reduce load first, then buy attributes for what remains. Buying RECs against consumption that an efficiency project would have eliminated means paying a premium on volume that should not have existed.

6. Decision rules, written before they are needed

Who is authorized to execute, within what price band, on what notice. Energy bids are live for hours, so an approval chain that takes three days is functionally a decision not to participate in the market. Writing the authority down in advance is the cheapest item on this list and the one that most often determines whether the rest of it works. Market intelligence feeds the trigger; budget forecasting converts the outcome into something finance signs off. Cost allocation settles how the result is shared internally, which matters more than it sounds in any organization where sites are cost centers.

Strategy differs by what your load looks like

The same framework produces different plans depending on load shape and constraint. Data centers cannot curtail, so the whole strategy lives in contract structure and renewable supply. Cold storage can curtail exceptionally well, so demand-side revenue is a real line rather than a rounding error. Heavy manufacturing and metals are dominated by demand charges and power factor, where the energy rate is the smaller conversation. Healthcare and education add reliability and procurement-rule constraints that rule out otherwise sensible structures. Private equity owners have a hold-period constraint that makes contract assignability worth more than a tenth of a cent on the rate.

Geography constrains it further. A strategy spanning Texas, California and Massachusetts is really three strategies, because the first has full retail choice, the second routes competitive supply through Direct Access and CCA, and the third is dominated by winter gas basis. The market list sets out what is available where, and the case studies show what the resulting plans produced.