The operating layer for asset owners.
Homes, businesses and industrial operators — the owners of the hardware on the grid edge. Solar, storage, EV chargers, heat pumps, on-site generation, demand-flexible compute.
An asset that produces electricity is hardware. An asset that produces verifiable, dispatchable, market-integrated capacity is infrastructure. What turns one into the other is the layer underneath.
From cost line to producing asset.
Energy was something you bought. The hardware on your premises — boilers, switchgear, meters — sat outside any market. The new generation of equipment behaves differently: rooftop solar generates, batteries trade, EV chargers and heat pumps can shift load by hours or days, and increasingly the compute you operate is itself a controllable grid resource.
Hardware that can be coordinated, settled and underwritten is no longer a cost line. It is a producing asset, a market participant, and a measurable contributor to a portfolio's carbon position. What stops most of it from behaving that way today is not the hardware. It is the coordination layer underneath.
Three participants. One coordinated layer.
Homeowners and tenants with behind-the-meter assets — connecting in as active participants rather than passive consumers.
- Behind-the-meter asset orchestration across solar, storage, EVs and heating
- Tariff and time-of-use optimisation that responds to live grid signals
- Access to flexibility markets previously closed to residential capacity
- Verified carbon performance and Green Premium attribution
Businesses, retailers, offices and service providers — turning energy from a cost line into a coordinated, revenue-generating asset.
- Multi-site energy operations on a single coordinated layer
- Demand response and peak-demand management
- Sustainability reporting and Scope 1, 2 and 3 disclosure
- Flexibility-market participation revenue streams
Manufacturers, data centres, logistics hubs and heavy industry — the loads reshaping grid economics. AI compute demand has made this the defining customer category of the decade.
- Industrial process and load orchestration at site scale
- Grid-flexible compute coordination for AI and data-centre workloads
- Industrial-scale market integration and capacity contracting
- Carbon-aware production scheduling and disclosure
What the operating layer does.
Real-time orchestration
Every connected device run to the best outcome at each moment — tariff signal, market price, carbon intensity, occupant comfort. Decisions taken in milliseconds, not scheduled reviews.
Tariff & time-of-use optimisation
Energy shifted automatically to the cheapest, cleanest hours. The asset earns where the system has the most value to give.
Flexibility market access
Distributed assets aggregated into participating capacity in wholesale, capacity and ancillary markets — at scales individual assets could never reach alone.
Demand response
Reduce or shift peak demand on signal — with the financial benefit captured at the device that did the work.
Continuous carbon record
Scope 1 and Scope 2 emissions measured at the device, not estimated from sector averages. Attributable, defensible, exportable.
Settlement & reporting
A continuous, auditable record of energy used, energy produced, market payments received and carbon attributed — by asset, by site, by portfolio.
The asset owns the data. The owner owns the asset.
Every measurement, every dispatch and every carbon attribution belongs to the customer that owns the asset. QGEMS coordinates the system; it does not own the customer relationship, the asset or the data behind it. That principle is foundational — and it is what makes the layer acceptable to homeowners, businesses and industrial operators alike.