Commercial Energy Survey

1. Consumption & Utility Analysis
We analyse your historic energy data, utility bills, and half-hourly consumption metrics to establish an accurate operational baseline. This allows us to identify unusual base loads, out-of-hours energy waste and immediate opportunities for tariff or management optimisation.

2. Physical Site Inspection
Our in-house consultants conduct a thorough visual assessment of your building services, HVAC controls and visible fabric layers. If we identify specific structural anomalies or hidden heat loss issues during this review, we will outline these in your report and recommend targeted physical diagnostics as an optional add-on if appropriate.

3. Scenario Modelling & Options Appraisal
Using industry-standard methodology, we model your building’s current performance against a range of potential upgrades. We evaluate “good, better, best” intervention pathways, providing a transparent breakdown of projected carbon reductions and estimated return on investment (ROI) for each measure.

The distinction comes down to operational reality versus asset compliance:

– A Commercial Energy Survey looks at actual building performance. It evaluates your real utility bills, operational schedules, control settings and physical heat loss to find operational waste and calculate financial ROI and payback periods for upgrades.

– A Commercial EPC is a statutory asset rating based on a standardised building model (SBEM). It evaluates the theoretical potential of the building fabric and fixed services under generic operating conditions to rank its carbon emissions for legal transactions and MEES compliance.

If you need to cut your monthly utility bills or optimise an inefficient heating plant, you require an Energy Survey. If you need a certificate to legally rent, lease or sell a property, you require a Commercial EPC.

Standard commercial energy surveys are visual, data-driven assessments. They do not include advanced diagnostics by default. However, where a property presents specific structural issues or complex heat loss challenges, we frequently recommend adding advanced testing as a tailored add-on. Because we hold these capabilities in-house, we can easily deploy:

– Air Tightness Testing: To measure precise air permeability and pinpoint structural draughts or envelope failures.

– Thermal Imaging (Thermography): To map surface temperatures across the building fabric, exposing missing insulation or thermal bridging.

You receive an actionable Strategic Report, not an automated spreadsheet. The report explicitly categorises findings into a phased roadmap:

– Operational Quick-Wins: Low-cost or zero-cost management adjustments, such as recalibrating HVAC time-clocks, optimising heating curves, or sealing doors, which drop energy costs immediately.

– Targeted Capital Upgrades: Mid-to-high-cost physical interventions, such as LED lighting overhauls, building fabric insulation or low-carbon heating systems. Each intervention is clearly paired with projected energy savings, carbon reductions and estimated payback periods.

Yes. Funding bodies, green finance lenders and public grant schemes require independent, professional evidence of potential energy and carbon savings before approving capital applications. Because our assessment methodology is transparent, data-driven and independent, our reports routinely serve as the core technical baseline required to secure capital grants for technologies such as solar PV arrays, commercial battery storage and heat pump installations.

– If you have a specific grant in mind: Let us know during the initial briefing. We will actively tailor the structure, data presentation and performance metrics of the final report to align precisely with that specific scheme’s technical eligibility and compliance criteria.

– If you are unsure which grant applies: Speak to our team. We stay informed on active national and regional decarbonisation funds and can advise on which survey options and modelled pathways will best position your asset for available funding routes.

To prepare an accurate proposal and baseline analysis, the most useful starting point is access to 12 to 24 months of utility billing data or half-hourly AMR data, alongside any available architectural floor plans or operation manuals. If you do not have access to historical building documentation, our team will baseline the property from scratch during our site inspection.