Before buying equipment: is an energy analysis worth funding?

For a Quebec business weighing an energy-efficiency investment, an energy analysis can help determine what to buy, what to improve first and what to defer. The useful question is whether better evidence could change your capital decision. A subsidy alone cannot make an unsuitable equipment purchase worthwhile.

Hydro-Québec’s Energy Analysis component can support an eligible study, but its payments depend on conditions and caps. Part of the support follows a compliant analysis; the second part depends on implementing qualifying measures. Build separate budgets for the analysis and the equipment, and test the decision without assuming the second payment has already been earned.

This guide focuses on an existing Quebec facility with reference electricity consumption between 1 and 2 GWh, considering efficiency measures without demand-response measures. Other building types and tiers have different rules. Official sources were checked on October 3, 2026. The worked example is fictional, not an award, quotation or forecast.

Start with a capital decision the analysis could change

Suppose a plant is considering replacing a heating system, recovering process heat or improving controls. Each option may affect electricity use, maintenance, production downtime and future capacity differently. Buying the most efficient unit on a supplier’s specification sheet does not establish which option works best across the facility.

Give the analysis a decision to resolve: compare realistic alternatives against the same operating baseline, investment horizon and production needs. Include the option of deferring the investment. Ask what evidence would cause finance and operations to choose a different measure, reduce its size or reject it.

An analysis is particularly useful when the source of consumption is uncertain, several systems interact or savings assumptions drive the business case. If the equipment decision is already irrevocable, first check whether the remaining analysis has independent value and whether the program’s timing rules can still be met. Do not treat a study as a retrospective funding formality.

Confirm the applicable support tier before pricing the study

The official Energy Analysis page identifies a minimum reference electricity consumption of 1 GWh and other building and supply-network requirements. Consumption alone does not establish eligibility. For an existing facility, the guide generally uses the calendar year preceding the proposal; industrial-process scope can also matter.

For the efficiency-only example used here, the participation guide, sections 2.2 and 2.4, in French distinguishes identifying measures for the first payment from implementing them for the second. The measures must provide at least 100,000 kWh in annual electricity savings for the existing-building or industrial-process tier between 1 and 2 GWh.

• First payment: 40% of eligible analysis costs, capped at $8,000, subject to the applicable requirements.

• Second payment: 60% of eligible analysis costs, capped at $12,000, after qualifying implementation and verification.

• Combined maximum for this tier: $20,000. The program-wide $50,000 headline is not the ceiling for every analysis.

Projects above 2 GWh, new buildings and analyses combining efficiency with demand response need their own assessment. Do not borrow a higher tier’s cap for a smaller facility. The guide also excludes certain study scopes, including analyses focused mainly on lighting and standalone compressed-air production audits. Confirm the proposed scope before commissioning it.

Example: a $25,000 analysis is not automatically fully reimbursed

Consider a fictional existing plant using 1.5 GWh of reference electricity annually. Assume Hydro-Québec approves an efficiency-only analysis with $25,000 in eligible costs before tax, and the completed analysis identifies qualifying measures saving at least 100,000 kWh a year. These are assumptions for the calculation, not an eligibility conclusion.

The first calculation is 40% × $25,000 = $10,000, reduced to the $8,000 cap. The second is 60% × $25,000 = $15,000, reduced to the $12,000 cap. Even when both payments are earned, $5,000 of the eligible study cost remains with the company, before excluded costs and tax effects.

• No approved support: plan to carry the entire $25,000 study cost.

• Compliant analysis and first payment received, but no qualifying implementation: $17,000 of study cost remains uncovered in this planning scenario. Do not budget the second $12,000 as received.

• Both payments earned and received: $5,000 of study cost remains uncovered, plus the separately funded implementation budget.

The middle scenario is a cash-planning sensitivity, not permission to abandon agreed obligations or a guarantee that the first payment can be retained in every circumstance. Confirm the consequences of a changed or cancelled project with Hydro-Québec under your applicable terms.

Test equipment economics separately from analysis support

Now suppose the preferred measure requires $120,000 to implement. Assume it could deliver $24,000 a year in net operating savings after incremental maintenance, using an engineer-reviewed energy estimate and the company’s actual tariff. These invented figures demonstrate the method; they are not typical savings or equipment prices.

Without any assumed equipment grant, the measure’s simple payback is $120,000 ÷ $24,000 = five years. If both analysis payments are received, adding the remaining $5,000 study cost gives an all-in simple payback of about 5.2 years. If annual net savings fall to $16,000, that becomes about 7.8 years.

Simple payback ignores financing costs, discounting, taxes, asset life and residual value. Use it as an initial comparison, then apply the company’s investment criteria. Check the lower-savings case against equipment life, production risk and other uses of capital. Model downtime and additional operating costs explicitly instead of hiding them in the savings estimate.

The analysis component excludes implementation costs from its eligible cost base. Other Efficient Solutions components may support equipment under separate rules. Consult the program overview as a starting point, then verify the applicable official equipment terms. Do not include an unapproved equipment award in the base case or count one cost twice.

Protect the order of commitments and cash payments

The participation guide requires approval of the analysis proposal before the analysis start and before the work start. It defines the analysis start by the first signed analysis contract; the work start is the earlier of the first project contract or first equipment purchase. A purchase order can therefore matter before installation takes place. Source: guide definitions and section 2.2.

Ask the program team to confirm the sequence before signing. Do not apply the separate simplified equipment pathway’s submission rules to an analysis project. Once approved, commission the study and obtain the required review by an engineer who belongs to the Ordre des ingénieurs du Québec. The guide requires the report and associated documents within 12 months of proposal acceptance.

For the second analysis payment, work must start no later than three years after Hydro-Québec approves the analysis report. This is a latest work-start condition, not a promise of payment three years later. Hydro-Québec must still verify the implemented measures. Source: participation guide, section 2.5.

Build a dated cash schedule. In the fictional example, if the $25,000 analysis and $120,000 implementation are paid before either support payment arrives, gross outflows reach $145,000 before taxes and other costs. If the $8,000 first payment arrives before the equipment is paid, the corresponding cumulative outflow is $137,000. Actual supplier milestones and payment timing determine the peak; neither figure is a funding promise.

Decide whether to study, implement or defer

Proceed with the analysis when it can resolve a material investment uncertainty, the scope fits the rules and the company can carry its cash exposure. Ask the engineer to compare measures using consistent consumption, operating-hour, tariff and maintenance assumptions.

Approve implementation when the technical recommendation, downside savings and available cash meet the company’s criteria. If only a smaller phase is affordable, confirm that the revised measures still satisfy the funding conditions. If the project no longer makes business sense, reassess it and the program obligations before spending more just to seek a second analysis payment.

For help comparing funding structures, use our Canadian business funding guide. For support structuring an energy project, see our energy optimization consulting services. Bring a defined operating problem, a credible baseline and two distinct budgets: the cost of finding the right measure, and the cost of implementing it.