Adding a Production Line? Review Your Energy Contract First

Before approving a new line, an additional shift or a move from fuel-fired equipment to electric equipment, ask a question that the capital request may not answer: Does our current energy arrangement fit the facility we are about to operate?

Do not assume that more consumption simply means buying more energy at today’s contracted rate. Establish what the supply agreement covers, what the utility requires and which billing assumptions need updating.

This review should happen while equipment choices and commissioning schedules are still flexible—not after installation.

Start with the operating change, not the equipment nameplate

Procurement needs a usable forecast of how the facility will operate. A list of motor ratings is not enough.

Ask engineering and operations to describe:

Separate connected load, expected operating demand and energy consumption. They answer different questions: what is installed, what may run together and how much energy the equipment will use over time.

Where estimates remain uncertain, document the uncertainty. A forecast with explicit assumptions is more useful than a precise-looking number that nobody can defend.

Find the contract language that governs load changes

Give the supply agreement—not just the latest invoice—to the person reviewing the expansion.

Search for provisions addressing changes in usage, forecast quantities, permitted volume ranges, additional meters, facility modifications and notice requirements. These headings are search prompts, not a claim that every agreement contains the same terms.

The practical questions are:

Ask the supplier to explain the applicable language in writing. Have procurement or counsel resolve ambiguity before relying on the answer in the project budget.

An energy procurement and hedging review can help turn these contract questions into a purchasing decision, rather than leaving them as legal notes disconnected from operations.

Separate supplier approval from utility readiness

Treat energy supply and physical service as separate review items. Identify the organizations responsible for each at your location, and obtain the relevant confirmations.

For the utility discussion, provide the proposed load information and commissioning schedule. Ask whether the project requires a service-capacity assessment, metering changes, equipment upgrades or a different service arrangement.

Also ask who pays for any required work and what must happen before energization. Avoid putting an assumed utility completion date into the production schedule.

Give each unresolved issue an owner. Engineering may lead the service-capacity discussion, while procurement handles supply terms and finance reviews cost exposure. Someone must coordinate all three.

A supplier’s response should not be treated as confirmation that the site’s electrical infrastructure is ready.

Rebuild the energy budget around the expanded operation

Do not evaluate the project using only the average cost per unit of energy on a recent bill.

Instead, build a budget that separates the applicable billing components. Use the actual tariff and supply agreement to determine which belong in the model:

The goal is to avoid applying one blended rate to every additional unit of consumption without checking the underlying billing rules.

An independent utility bill audit provides a useful starting point by checking whether current charges match the applicable tariff. Use a reconciled baseline before forecasting the expanded operation.

Keep recurring operating costs separate from one-time connection or installation costs. Both belong in the investment decision, but they should not be mixed together.

Model commissioning separately from normal production

The facility’s first weeks of operation may not resemble its intended production schedule. Build the commissioning forecast from the actual startup plan rather than assuming immediate steady-state output.

Ask the project team to identify temporary equipment, overlapping old and new processes, trial runs and periods when equipment will remain energized without normal production.

Then model distinct operating scenarios:

Delayed startup: The new equipment arrives or becomes operational later than planned.

Expected ramp: Production increases according to the approved commissioning plan.

Higher utilization: Demand for the product supports more operating hours than initially expected.

Use these scenarios to test the contract and budget. What changes if additional consumption starts later? What if the facility needs more energy than the purchasing forecast includes?

Do not assign probabilities without a defensible basis. The immediate purpose is to identify decisions that remain workable across plausible outcomes.

Revisit purchasing and hedging assumptions

If the facility purchases energy against a forecast or uses hedges, send the revised operating assumptions to whoever manages those positions.

Ask them to distinguish between existing consumption and the proposed additional load. Then establish which portions are covered, which remain exposed and what happens if the project schedule changes.

For an electrification project, review the gas forecast as well as the power forecast. Do not update one side of the project while leaving the other unchanged.

The right response is not automatically to buy more energy immediately. Procurement should evaluate the available choices against project certainty, contract terms and the company’s risk policy.

Make energy readiness a capital-approval checkpoint

Add a short energy-readiness summary to the capital approval package. It should record:

After startup, compare actual usage and bills with the approved assumptions. Investigate differences before treating the original forecast as the new normal.

The objective is straightforward: approve the expansion with a clear understanding of how it will be supplied, billed and managed.

Planning a new line, shift or electrification project? Book a free energy review with Energy Arbitrage AI before you commit.