A transformer on Feeder 7 has been running hot for the last ten minutes. The operator has been alerted. But before she can decide to shed load or dispatch a crew, she needs to understand:
What's actually sitting behind this transformer right now?
Has a battery been discharging for the last twenty minutes? Was an EV plugged in an hour ago? Has solar been exporting straight through the afternoon peak?
And is any of it pushing the transformer past its limit?
This is a hard question. Meter data lives in one system, device telemetry sits in another, and asset records with transformer ratings are filed in a third. All three systems are siloed from each other, which makes finding answers to basic grid questions time-consuming and difficult.
Texture takes utility data and connects it into a single operational view. Every device on the platform knows its exact place in the grid — which meter it sits behind, which transformer feeds it, which feeder that transformer connects to, which substation that feeder runs out of. With one click, the full grid hierarchy is visible.
Operational questions that would normally take three system exports and a prayer become single-prompt lookups.
- Which devices sit downstream of this recloser?
- What was the load on this feeder five minutes ago, and what is it now?
- How many EVs have started charging behind this overloaded transformer in the last hour?
The roll-up scales in both directions. A transformer view shows every device behind it and its real-time contribution to load. Zoom out to the feeder and that same view aggregates everything below it. Zoom out again to the substation and it shows the whole downstream picture. Every layer answers its own question, without an export, a spreadsheet, or a wait on some batch job to reconcile what's connected to what.
Modeling the pieces is table stakes: a list of assets, a list of meters, a list of devices.
Modeling the connections, making it possible to trace anything up or down the chain without leaving the platform? That's the difference between a data model that describes the grid and a data model you can operate on.
That's Texture.
