Understand the network. Bring clarity to the control room.
From the geographic overview to a single feeder, keep equipment, measurements and operating history connected. Give operations, engineering and planning a clearer basis for working together.
Actual Cetus application view · Illustrative network data
Start with the whole electrical network
Follow the network behind each reading.
A measurement belongs to equipment. Equipment belongs to a bay, a feeder and a wider network. Cetus Grid Twin keeps those relationships available as teams move between geography, single-line drawings, topology and recorded state.
From overview to apparatus
Follow the connection. Keep its meaning.
Inspect buses, breakers, instrument transformers, protection devices, station gateways and their primary and secondary relationships. Open the equipment properties without losing the station context.
State and measurements carry timestamps, quality and source information. A configured model and an observed field condition remain distinguishable.
Actual Cetus application view · Illustrative network data
Built around your responsibility
Your infrastructure. Your operational perspective.
Tell Cetus what you own, what you operate and what your team needs to achieve. Configure the services around your agreed boundary.
DSOs
Understand the distribution network.
Connect feeder and transformer observations with power quality, metering, outage investigations and field work. Follow evidence from a service connection to the agreed transmission handover.
Grid View and Grid Builder provide the common network context. Choose the distribution applications your team needs.
TSOs
Coordinate beyond the station boundary.
Bring your transmission model together with approved evidence from distribution and generation partners. C-GCC records coordination interfaces, checks evidence quality and shows where capacity assessments are ready or withheld.
Complement existing control-room systems with a shared understanding of constraints. Validated capacity calculations and operational exchanges require commissioning.
Generation companies and IPPs
Put plant availability into network context.
Model generation units, plant collectors, step-up transformers and the agreed grid connection. C-GCC provides a workspace for availability, connection constraints and coordination with the receiving network.
An independent power producer is one kind of generation company. Your asset register and operating agreements define the scope.
Independent systems. Agreed exchange.
Share the evidence. Keep your own system.
Each operator has its own Cetus Central installation, database, Grid Twin (CGT) and intelligence engine (CGI). A transmission or generation installation has no direct access to a distribution operator's application, database or engine.
Where operators agree to collaborate, a commissioned protocol connection carries only the approved records between their systems. The receiving operator stores and assesses those records in its own environment, retaining their source, time and quality.
The connection does not grant database access or control of another operator's equipment. Protocols, authentication, shared data and operating responsibilities are agreed for each interface.
Explore the capability guide for the current development status and the scope to agree for an operational installation.
Connected to Cetus Edge
Better context begins at the equipment.
Edge acquires data, maintains local twins, runs configured analytics and retains records near the source. Central maintains the network view from received evidence—whether from an engineered simulation or an integrated field installation.
Dedicated application instances and databases keep organisations separate. Access is approved for the installation, with role-based authority and licensed functions. Reporting and diagnostic sharing follow the agreed policy.
Your installation and its updates follow an agreed service process. A new release does not automatically change every customer installation.