You cannot optimise what you have not measured, and most homes and facilities are quietly bleeding energy in places no one has ever looked. PrismFlow Energy Auditing and Optimisation brings forensic rigour to your energy picture, combining on-site investigation with deep data analysis to show precisely where consumption goes, what it costs, and which interventions deliver the strongest return. It is the diagnostic foundation that makes every other upgrade smarter.
A comprehensive energy audit
Our energy audits go far beyond a walk-through and a checklist. We pull interval meter data, profile your loads hour by hour, and benchmark your building against its design intent and its peers. For facility managers we map sub-circuits and major equipment so the largest opportunities surface first, while homeowners get a clear, plain-language account of where their power and their light-capture surplus actually go.
The output is not a vague report but a prioritised action list, each item quantified in kilowatt-hours and dollars so nothing is left to guesswork.
Thermal imaging and leak detection
Wasted energy is often invisible until you change how you look. We use thermal imaging to reveal insulation gaps, air leakage, overloaded circuits, and failing equipment as vivid temperature anomalies. A draughty seal or an undersized duct that no occupant would ever notice shows up instantly under the camera, letting us target fixes that cut load before a single new panel is even considered.
This matters because the cheapest kilowatt-hour is the one you never use. Sealing the envelope and tuning equipment shrinks the demand your light-capture system has to satisfy, stretching every solar dollar further.
ROI modelling that drives decisions
Insight without economics is just trivia. Every opportunity we identify is run through rigorous ROI modelling that accounts for your tariffs, usage patterns, incentives, and the cost of capital. You see payback periods, lifetime savings, and emissions reductions side by side, so capital flows to the upgrades that earn their keep fastest. For facility managers, this turns sustainability ambition into a board-ready business case.
- Interval-data load profiling and benchmarking
- Thermal imaging for insulation, air-leak, and equipment faults
- Sub-metering review for facilities and large sites
- Tariff and time-of-use cost analysis
- ROI and payback modelling on every recommendation
- Prioritised, costed upgrade roadmap
Demand reduction and ongoing optimisation
Cutting total consumption is only half the prize, the other half is demand reduction, flattening the costly peaks that drive capacity charges. We identify the loads creating your peaks and prescribe strategies, from scheduling and load shifting to battery dispatch and equipment tuning, that lower demand without compromising comfort or operations. Tied into PrismFlow smart infrastructure, these gains are then sustained automatically rather than slipping away over time.
Start with the numbers. Book a PrismFlow Energy Audit and we will measure your true performance, expose the hidden waste, and hand you an ROI-ranked roadmap that turns optimisation from an aspiration into a measured, bankable result.
Frequently asked questions
What does an energy audit actually involve?
We combine an on-site inspection using thermal imaging with deep analysis of your interval meter data and load profiles, then benchmark performance and deliver a prioritised, costed list of opportunities.
How does thermal imaging help?
It makes invisible waste visible, revealing insulation gaps, air leaks, overloaded circuits, and failing equipment as temperature anomalies so we can fix the cheapest savings first, before recommending new generation.
Will you tell me which upgrades are worth it?
Yes. Every recommendation is run through ROI modelling using your tariffs, usage, and available incentives, so you see payback periods and lifetime savings and can fund the highest-return upgrades first.
Can an audit reduce my peak demand charges?
It can. We pinpoint the loads driving your costly peaks and prescribe load shifting, scheduling, and battery strategies, which our smart infrastructure can then sustain automatically over time.