The operating layer for the energy system.
Utilities, grid technology partners, and energy suppliers — the participants running the physical network and the markets that sit on top of it.
Reinforcing the network to absorb growth is slow and expensive. Coordinating what is already connected is faster, cheaper, and produces more value for everyone in the system.
From distribution channel to real-time market.
Solar, batteries, EV chargers, electrified heat, on-site generation, demand-flexible compute — every one of these is a small power plant or a controllable load. There are millions of them already. There will be many more.
The traditional utility architecture was not designed to coordinate this. ADMS, OMS, ETRM, CIS — each addresses a slice. None of them, individually, can run the system as a real-time market. QGEMS sits across that gap. It senses what is happening on the network, decides how to use distributed resources to keep it stable and economic, dispatches them, and produces the record that lets you settle, report and prove what you did.
Three participants. One coordinated layer.
The operators of the physical network — the participants QGEMS coordinates digital activity on top of.
- Grid-edge sensing, monitoring and orchestration
- Constraint management and active network operations
- Network reinforcement deferral through flexibility
- Settlement, regulatory and TSO/DSO reporting
The technology supply side — OEMs, integrators, hyperscalers and marketplaces building for the distributed energy economy.
- OpenADR and IEEE 2030.5 protocol integration
- OEM platform connectivity for solar, storage, EV and heat pump fleets
- Hyperscaler compute-load coordination
- Standards-aligned interoperability across vendors
The intermediaries between customers and markets — coordinating distributed flexibility at commercial scale.
- Aggregated DER market participation
- Customer-side flexibility products and tariffs
- Retail tariff design and dynamic optimisation
- Settlement and billing integrity across counterparties
What the operating layer does.
Grid-edge sensing
Continuous visibility across generation, distribution and customer layers — in a single coordinated view.
Locality-aware forecasting
Load and generation forecasts that learn from each circuit, each feeder, each substation. Not sector averages applied top-down.
Constraint management
Flex demand and storage where the network is tight. Defer reinforcement capex by coordinating what's already there.
Asset onboarding
New solar, battery, EV and compute-flexible assets contribute to grid stability and market activity from day one.
Market integration
Aggregate distributed resources into virtual power plants that participate in capacity, ancillary services and wholesale markets at scale.
Settlement & assurance
Every dispatch, every measurement, every market action — recorded tamper-evidently. Audit-ready, regulator-aligned, by default.
Designed to extend the utility, not replace it.
QGEMS speaks the protocols of the existing utility stack — OpenADR, IEEE 2030.5 — and operates alongside your ADMS, OMS, ETRM and customer systems. The operating layer is additive. It connects the systems you already run to the millions of assets they were never designed to coordinate.