INDUSTRIAL ENERGY & OPERATIONS INTELLIGENCE

Understand how energy affects your operation.

Enervtek connects plant energy and production data so your team can spot changes, investigate losses, and make better operating decisions.

Start with one site, one question, and a measurable outcome.
ENERVTEK / SITE INTELLIGENCEIllustrative product concept · Demo data
↯Grid import18.4 MWh
☼Solar generation6.2 MWh
▦Good outputProduction record
◫Line eventsEquipment feed
SITE MODEL
E.
Data → context → decision
GRID + SOLAR24.6MWh supplied

Signals arrive

Grid, solar, and selected meters enter the same time window.

Source and freshness stay attached to each reading.

DATACONTEXTINVESTIGATIONACTIONMEASURED RESULT
The operational gap

The data exists.
The full picture often doesn’t.

Energy bills, meter readings, machine alarms, and output reports each tell part of the story. A plant team needs to see what changed, where it began, and how it relates to production.

What changed?Where did it begin?Did output change too?What should we check next?
How Enervtek works

A clear path from reading to reason.

Each step narrows the question. Hover, focus, or select a step to explore the workflow.

01—04

Site-specific data. Engineer-reviewed findings. An outcome the team can evaluate.

See the pilot process

Review accessible grid and solar feeds, selected meters, production records, and events. Each input has a known source, time window, and quality check.

Existing feedsData accessMeter boundary

Choose a site-specific baseline, then account for output, product, shift, and known operating conditions before calling a change abnormal.

Same-shift contextGood outputData quality

Review a deviation with nearby meter changes, equipment events, stoppages, and operator explanations. Show missing data instead of filling the gap with certainty.

Event timelinePossible causesEngineer review

Document the agreed cause and action, then compare subsequent operating periods. The outcome report includes the method, the result, and the limits.

Action logFollow-upReport
Connected evidence

Different signals. One operating story.

Every view depends on the feeds available at the site and the question being investigated.

Illustrative textile spinning production line01
PRODUCTION CONTEXT

When output changes, the energy story changes.

Compare energy against accepted production, shifts, and product context so a higher reading does not become a false conclusion.

Explore capability
Illustrative solar installation on a factory roof02
SOURCE VISIBILITY

See supply from grid and solar together.

Place accessible import and generation feeds on the same timeline, with units, timestamps, and clear data gaps.

Explore capability
Illustrative engineer reviewing industrial meters03
ENGINEER REVIEW

Keep people in the investigation.

Bring meter readings and nearby events to plant engineers, then record what they found and what happened next.

Explore capability
Connected plant model

Follow the signal to a useful question.

The same time window can connect supply, production, and equipment events. Select a signal to see its role in an investigation.

01 / Source02 / Context03 / Engineer review
Explore the platform
E.
CONNECTED SIGNAL / 01Grid

Import and demand, where a suitable feed exists.

Example investigation

A number changes.
The right question follows.

Illustrative scenario · Demo data · No customer site represented

Review neededExample line / illustrative shift
1.24kWh per good kg
+8.7% vs example baseline

Energy per good unit rises while output stays steady. This is a cue to compare similar shifts, meter changes, and nearby equipment events.

ReadingComparisonEngineer review
Suggested next checkReview output quality and line events before assigning a cause.
Who it helps

Shared evidence. Different decisions.

Hover a card to see what each role needs from the same traceable record.

A focused starting point

Start with one site.
One question worth answering.

A pilot defines available data, the measurement boundary, a baseline, and one success metric with the plant team. Findings are reviewed by engineers and documented with their limitations.

Explore the pilot process
Frequently asked

A few practical answers.

The details depend on site systems, access, and the operating question.

Does Enervtek replace our meters or PLCs?

No. A pilot starts with the systems and records already available. Additional commercial sub-meters may be considered only where they answer a valuable question.

Do we need a meter on every machine?

No. Metering coverage should match the investigation. A site, line, or selected major load can be a useful starting point.

Can it work with on-site solar?

Potentially, when accessible generation and grid data exist. The pilot review determines what can be connected and compared reliably.

Does it guarantee savings or prevent failures?

No. A pilot tests whether the available data helps the team make and measure a better operating decision.

How is production data handled?

The site and Enervtek team agree which records are needed, who may access them, and what can be shared before a pilot begins.

Start a conversation

Bring your plant’s energy and production story together.

Start with one site, one question, and a measurable outcome.

Discuss a pilot