Act before a few unmanaged minutes set the peak charge.

See demand as it forms, separate process and support loads, and connect abnormal consumption to the people who can respond without putting production or safety at risk.

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See the peak while an approved response still exists.

Watch demand against the actual tariff and contracted limits, then identify the lines and support loads contributing to the event. Escalate before the billing interval closes - not after the invoice arrives.

  • Monitor demand as it forms, against the site tariff
  • Separate process, HVAC, compressed air, refrigeration, charging and support loads where metered
  • Show only the response options approved by operations and electrical safety owners
Learn about electricity monitoring
Volts industrial demand board showing the current peak interval and contributing metered loads

Add energy control without competing with process control.

Keep SCADA and machine controls authoritative for production. Volts reads approved points, manages selected support loads and never writes to process equipment unless the integration and safety case explicitly allow it.

  • Classify every connected point as read-only, advisory or write-enabled
  • Assign one authoritative owner, interlock and fallback to each writable point
  • Commission changes under the site’s own electrical and machinery safety procedure
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Volts industrial schematic showing live support-plant data and the boundaries around writable control points

Put energy cost beside the output that created it.

Give plant management consumption, demand and cost by line, shift or product where reliable production data exists. Separate efficiency change from volume, weather and downtime.

  • Calculate energy intensity against production or shift data where it is reliable
  • Show peak and tariff cost with the pricing assumptions visible
  • Keep the normalised performance evidence with the readings behind it
Learn about energy management
Volts industrial energy-performance view comparing actual and expected use beside production context

Escalate abnormal load with the evidence already attached.

Volts watches demand, tariff windows and supported machine or line readings between management reviews. It identifies the pattern; authorised engineers decide the safe response.

  • Warn while a tariff-relevant peak is building
  • Flag abnormal baseload or energy intensity by approved operating state
  • Route the evidence to the engineer or manager responsible for investigation
Learn about AI agents
Volts AI assistant explaining an industrial load exception with the source lines and readings visible

Keep process control local. Connect energy decisions above it.

Volts sits beside supported metering and SCADA, adds cost and portfolio context, and retrofits selected support controls without turning energy management into a production-system replacement.

Plugs into what you have

Existing meters, BMS and SCADA stay where they are. Volts connects to them, retrofits the rest, and starts reading on day one.

From meter to invoice

The same platform that reads the meter allocates the cost and issues the tenant invoice. No exports, no spreadsheet in between.

Savings you can audit

Weather-normalised baselines show what changed because of you, not the weather. The numbers hold up in an ISO 50001 audit.

See why Volts closes the loop

FAQ

Industrial energy with safety and production first.

How does peak management work?

Volts watches demand against a configured tariff or contractual threshold, shows the loads contributing to the event and escalates while an approved response remains possible. No peak-saving claim applies where the tariff has no relevant charge.

Can Volts meter individual machines or lines?

Yes, where compatible meters or machine interfaces expose reliable data.

Can Volts support ISO 50001 evidence?

Yes, as evidence. Certification still depends on the organisation’s complete management system and auditor.

Will Volts connect to our SCADA?

It can connect through the protocols, gateways and APIs the site already exposes. Read access and write access are separate decisions; process control remains local unless explicitly engineered otherwise.

Can Volts shed production load automatically?

Any write action requires a documented safety case, authorised point owner, interlocks and fallback.

How do we account for changes in production volume?

Use production count and operating state where the data quality is sufficient. Lower output is not an efficiency saving.

What happens if connectivity fails?

SCADA and local controls keep running on their own logic. Behaviour on loss of connection is confirmed per site at commissioning.

Can Volts help with reliability as well as energy cost?

Abnormal electrical or consumption patterns can support investigation, but the diagnosis stays with the people who own the equipment. Volts does not replace machine protection or specialist condition monitoring.

Bring one costly peak. Define the safe response.

We will map the tariff, contributing loads, control boundaries and decision owners, then show what Volts can monitor today and what requires engineering before action.