How it works

From the data you have to a plan an engineer can check.

Five steps, one model of your network. Want the detail behind any of them? Book a demo and we'll walk your engineers through it.

  1. 01Your dataData you already collect.
  2. 02Network modelYour network's physics, kept current.
  3. 03Virtual metersA meter on every transformer.
  4. 04AgentsOne job each, on the same model.
  5. 05SecurityChecked, tested, operator-approved.

01 · Your data

Built from data you already have.

SCADA, meters, billing, GIS, outage records and weather. No sensor rollout to begin.

SCADASmart metersBillingGISOutage recordsWeatherYour network modelUpdatedhour by hour

02 · Network model

A working model of your network.

Evardi wires up your network from GIS, adds the electrical properties of every line and transformer, and solves power flow hour by hour, so every study runs on your real physics.

01Connectivity02Line propertiesR+jXR+jXR+jX03Loads42 kW38 kW55 kW29 kW04Power flow1.000.980.96 pu

03 · Virtual meters

A meter on every transformer, without installing one.

Learned from your data and checked against what SCADA measures at the feeder head.

Feeder head · measured (SCADA)T-212estimated00:0024:00T-214estimated00:0024:00T-216estimated00:0024:00T-218estimated00:0024:00T-220estimated00:0024:00Solved through power flow, the transformer estimates must reproduce what is measured at the feeder head
  • Nested outages

    After a storm, find the customers still out on a feeder that shows as restored.

  • Transformer stress

    See which transformers are heading for overload as EVs, heat pumps and solar grow.

  • Losses

    Send crews to the customers most likely to have a metering problem.

  • Map errors

    Catch customers linked to the wrong transformer in your connectivity model.

04 · Agents

Agents that do one job each.

Each agent takes a task your team does today, runs the study it needs on the model, and hands an operator a result to approve.

05 · Security

Checked, tested, and approved by your operators.

Three safeguards sit between a recommendation and your field crews.

0.920.940.960.981.001.021.041.06024681012Distance from substation (km)Voltage (p.u.)ANSI Range AAs planned: below limitEvardi plan, solved: within limits1e11e01e-11e-21e-31e-41e-51e-6012345toleranceSolver iterationLargest power mismatchconverged

Representative feeder and solver run.

  1. 01Physics decides

    Every recommendation is solved on the power-flow model. If the learned estimate and the physics disagree, the physics wins and an operator sees why.

  2. 02Tested before we claim

    Every result is scored against a known right answer before it appears on this site.

  3. 03Operators in control

    Nothing runs on its own. An operator reviews, a supervisor signs off, and crews confirm each step. Every action is logged.

How we protect your data →

Getting started

Getting started.

Send us a feeder map and a year of meter data. We build the model of that part of your network and show your engineers what it finds.

Where it runs
On premises, in your own cloud, or hosted by Evardi.
Security
SOC 2 Type II underway. See security →

FAQ

Common questions.

Will our data be used to train models for other utilities?

No. Your data never trains a shared model. Each utility's models are built from its own data, for its own network.

Who can see our data?

Only the people you approve. Each utility's data lives in its own workspace, access is checked on every request, and every action is logged.

How is our data protected?

It is encrypted in transit and at rest. Our SOC 2 Type II audit is underway, and our cloud, code and devices are monitored continuously.

Where does Evardi run?

On premises, in your own cloud, or hosted by Evardi.

Does Evardi control our equipment?

No. Operators approve every action, and switching is released to crews through your normal process.

Do we need new sensors?

No. Evardi starts from SCADA, meter, billing and GIS data you already have.

Want the detail behind any step?

Book a demo and we'll walk your engineers through the model and the studies on a network like yours.

Book a demo