Somewhere in a company's energy bill, 10–30% is being wasted — and nobody can say exactly where.
This is the story of how we find it, fix it, and turn it into the foundation for what comes next.
The timing isn't a coincidence
Before we get to how we find that waste, it's worth asking why now. Three pressures are converging at once — and each one rewards businesses that can see their energy clearly.
Regulation is tightening
EECA 2024 and NEEAP 2.0 now require large energy users to appoint managers, report consumption, and prove reductions.
Costs keep climbing
Rising tariffs and ESG expectations make efficiency the fastest, lowest-risk way to protect margin.
Green investment needs data
Solar and storage decisions made without real load data are expensive guesses — often oversized.
You can't fix what you can't see
That's the backdrop behind all three pressures. Our answer starts with one loop — built to turn invisible waste into a measurable, provable outcome.
See It
Minute-by-minute visibility, down to the asset.
Understand It
AI + human expertise reveal where waste hides.
Act On It
Controls, scheduling, real operational change.
Prove It
Verified savings, ROI and carbon impact.
A network of sensors, small enough to miss — until you need them
"See it" is step one of that loop, and it starts here. The Eniscope hub sits at the centre of the system, extended by a family of IoT devices reaching every corner of a site.
No guesswork. Just a clear path in.
With eyes on every corner of your site, the only question left is how we actually get started.
Gap Analysis
Estimate waste, define the opportunity.
→Site Survey
Confirm circuits, assets, install design.
→EMaaS / Finance
Agree the service or lease structure.
→Install + VEM
Data, alerts, action and reporting.
We start where data can trigger action quickest — usually compressed air, HVAC, production idle time and lighting.
You don't pay us to start. The savings pay us.
Step three on that path is the one people ask about first — how do you actually pay for it? No CAPEX means exactly what it says: no upfront cost for hardware, installation, or software. Instead, you pay one fixed monthly service fee, sized to sit below what the system saves you.
Figures shown are illustrative — your exact monthly fee and savings estimate are set out in your EMaaS agreement, based on your Gap Analysis. The monthly service fee typically runs for up to 5 years; after that, you only pay for the SaaS service to keep monitoring active.
It's already worked — at Tex Plastics, UK
That's the promise on paper. Here's what it looks like once the savings actually start landing.
Three Eniscopes went in to monitor key assets. Within months, Virtual Energy Management had surfaced idle time, HVAC waste, power-hungry start-up patterns, and equipment issues — before they became failures.
Results vary by site and operational discipline.
Monitoring today becomes the blueprint for solar and storage tomorrow
That's proof it works today. But today is only the beginning — everything up to this point is what you get under one monitoring agreement. Solar and storage aren't part of this proposal; they're what this proposal quietly sets you up for.
Step one is what's included in your EMaaS agreement today. Steps two to four become possible because of the data it collects — separate future projects, whenever you're ready for them.
What is dynamic peak shaving? Once your load profile is known minute-by-minute, a battery system can be sized precisely and set to discharge automatically during your highest-tariff, highest-demand windows — then recharge from solar surplus or cheap off-peak power.
One pilot. One site. The start of the whole story.
Every part of what you've just seen — the savings, the proof, the road to solar and storage — starts the same simple way.
Discovery & Data Review
Pilot Design & Proposal
Roadmap & Next Steps
