Commercial energy audits identify where facilities are losing efficiency, spending unnecessarily on utilities, and missing operational optimization opportunities. Here is how energy audits create measurable value for Canadian commercial and industrial buildings.
Detailed facility analysis uncovers inefficiencies in HVAC, lighting, controls, compressed air, and operational systems.
Energy audits provide data-driven visibility into equipment performance, operating schedules, and energy-intensive processes.
Audit reports help support utility incentives, capital planning, ESG initiatives, and future energy compliance requirements.
Energy audits prioritize projects based on ROI, operational impact, and long-term facility objectives.
Green Integrations performs commercial and industrial energy audits designed to identify practical savings opportunities, operational improvements, and long-term energy strategies — including data analysis, recommissioning opportunities, utility review, and capital planning support.
From pre-approval to final report — typical engagements run nine to thirteen weeks, with no disruption to the facility.
Program application, baseline scoping, and utility pre-approval prior to onsite work.
Utility bills, equipment inventories, BMS logs and submeter data gathered remotely.
Site walkthrough, measurements and operator interviews — no shutdowns required.
ECMs modelled, savings calculated, and a ranked recommendations report delivered.
An energy audit establishes how the facility actually consumes power — identifying where operating costs, demand charges, and inefficiencies exist, and where energy infrastructure investments may create the strongest return.
Electricity, natural gas, water bills, and interval data — 12 months minimum — is analysed to build the facility’s actual energy consumption and demand profile. This identifies the specific hours, systems, and billing components driving the highest costs.
A full facility walkthrough covers HVAC systems, lighting, building controls, compressed air, and production loads. Thermal imaging, equipment logging, and control system review, identifies hidden inefficiencies.
Specific measures are identified and quantified: HVAC recommissioning, BAS reprograming, LED lighting, controls upgrades. Each measure is presented with an estimated annual saving and a preliminary payback period.
The audit report documents the verified baseline, the identified measures, eligible incentives, GHG reduction opportunities, and how distributed energy resources like solar and battery storage can benefit the operation.
A high-throughput distribution facility in the GTA. ASHRAE Level 2 assessment paired four building-side conservation measures with a rooftop solar feasibility study — sized, costed, and prioritised in a single capital plan.
Solar PV anchors the savings stack; four building-side ECMs identified during the audit deliver the remaining $107,320 per year — paid for entirely by the avoided utility spend.
12 months of interval utility data analysed against weather and operating schedule. Building envelope and HVAC condition walked and documented on site.
Calibrated energy model isolated load drivers across RTUs, economisers, lighting, and process equipment. Each ECM costed and ranked by payback.
Rooftop capacity, structural allowance, and IESO interconnection envelope sized against load profile to confirm the PV opportunity.
ASHRAE Level 2 report delivered with five prioritised measures, $311,823 in modelled annual savings, and Save on Energy incentive pathways.
ASHRAE defines three levels of commercial energy audit. The level you need depends on your goals, the size of your facility, and which incentive programs you are applying for.
Most commercial and industrial energy projects begin with a Level 2 audit. It provides enough detail to scope the work, apply for incentives, and build the financial model — without the additional cost and time of a full investment-grade analysis.
The value of an energy audit varies by sector — but the starting point is always the same: understand what is actually happening before recommending what to do about it.
Electricity is one of the largest controllable costs in continuous manufacturing. We work with Ontario operators to reduce consumption, size generation around actual facility demand, and build the infrastructure for long-term cost stability.
Process equipment · Heavy machinery · Compressed air
Food and beverage facilities operate around refrigeration loads, sanitation schedules, HACCP requirements, and continuous production demands. We plan and implement energy programs around those operational constraints.
Cold storage · Processing plants · Food retail distribution
Distribution centres, fulfilment facilities, and intermodal terminals operate around the clock with rising electricity demand. We plan and deliver energy programs around facility scale, demand-charge exposure, fleet electrification, and the cost of operational continuity.
Distribution centres · Fulfilment hubs · Cold-chain logistics
We work with Canadian commercial real estate owners, asset managers, and finance teams to reduce operating costs through solar, storage, LED lighting, recommissioning, and electrical upgrades — planned around NOI, BEPS compliance, and long-term asset value.
Office towers · Retail centres · Mixed-use properties
Not sure where your facility fits? That is usually the right place to start a conversation. A 20-minute call is enough to scope the right level of audit for your facility.
End-to-end delivery, strong financial outcomes, and partnerships that extend beyond commissioning.
Green Integrations delivered a detailed financial model and system design that aligned with our production demands. The project was executed on time and performed as expected.
End-to-end delivery, strong financial outcomes, and partnerships that extend beyond commissioning.
The audit is the foundation. These services are the most common implementations identified in audit reports.
Straight answers from our engineering team — explore the most-asked questions on this topic.