KSA Industrial Automation Company provides an energy monitoring system for industrial plants in Saudi Arabia, collecting electricity, water, steam, gas and compressed-air readings into SCADA, with dashboards, alarms and reports by line, area and shift. You see where energy goes, compare it with output and find the loads that waste it.
What you receive: a written proposal with the metering list, network architecture, dashboard and report scope, and schedule within one working day of receiving your single-line diagram, meter list or functional description. Request a quotation
What does an industrial energy monitoring system measure?
It measures every utility that has a cost, at the level of detail that lets you act. Electricity is the main one, but many plants also pay for water, steam, natural gas, fuel and compressed air. Meters at the incomer show the total; meters at feeders, production lines and large machines show the split.
A typical system records:
- kWh, kW demand, voltage and current per feeder and per major load;
- water, steam, gas and compressed-air flow at production and utility areas;
- production counts from the PLC, so energy can be reported per tonne, per unit or per batch;
- run status of the big consumers, to separate working load from idle load; and
- time stamps in shifts and days, which match how your plant is managed.
This is monitoring for decisions about operations. Your electrical design, protection and tariff arrangements remain with your consultant and the utility.
Energy monitoring system for industrial plants: what we deliver
| Item | Scope / platform | Standard | Typical duration |
|---|---|---|---|
| Meter integration | Multifunction meters, flow meters and sub-meters over Modbus RTU/TCP, Profinet or Ethernet/IP | Vendor protocol; IEC 62443 basics for networks | 3–8 weeks |
| Data collection | PLC or gateway layer, with buffering and time-stamping | IEC 61131-3 | 2–6 weeks per system |
| SCADA dashboards | Consumption by area, line and shift; trends; baselines (WinCC, FactoryTalk, AVEVA, Ignition) | ISA-101 screen practice | 4–12 weeks |
| Reports and alarms | Daily, weekly and monthly reports; high-demand and idle-load alarms | Client report formats | Included in SCADA build |
| FAT, SAT and loop checks | Meter-by-meter verification against local displays | Client ITP | Per project schedule |
We programme on Siemens, Rockwell, Schneider and ABB platforms and build with ABB, Schneider Electric and Siemens components.
How does an energy monitoring system find wasted energy?
It makes waste visible by comparing consumption with production. When a line draws a third of its running load while it is stopped, that appears as an idle-load figure on the dashboard. When the same product takes more energy this month than last month, the baseline comparison shows it. Neither would be obvious from a monthly utility bill.
We build the views that make these comparisons simple: consumption by shift, by line and by product; load profiles over a day; and a ranking of the largest consumers. Alarms flag demand above an agreed level and equipment left running outside production hours. Over time, the data supports decisions such as rescheduling heavy batches, fixing leaks in the compressed-air network, or retiring an inefficient machine.
How accurate are energy readings in SCADA?
They are as accurate as the meter, the current transformers and the commissioning behind them. We verify every meter's scaling, CT ratio and polarity during commissioning, and compare displayed values with the local display and, where possible, with a reference reading. Each tag carries a quality flag, so a failed communication shows as bad data rather than a flat line.
Revenue-grade billing is a different task, performed by the utility's own meters. Plant sub-metering is for management: it needs repeatable, well-documented readings, and that is what loop checks and a written scaling register provide. Our loop checking procedure applies to meters as it does to process instruments.
How is an energy monitoring project delivered?
- Enquiry. You send the single-line diagram, the meter list or a functional description of what you want to see.
- Site survey. We record meter types, communication ports, network routes and which loads need new meters.
- Design. We issue the metering plan, tag list, dashboard layout and report list for approval.
- Build. We configure the data collection, SCADA, historian, alarms and reports.
- Factory acceptance test. We test with simulated meter data, including communication loss and meter replacement.
- Site acceptance. We verify every meter value on site and train your team. See SCADA integration.
- Documentation. You receive the scaling register, network drawings, backups and operating notes.
- Support. We remain available for extra meters, new reports and fault call-outs.
Where industrial energy monitoring applies
KSA Industrial Automation Company has worked in Saudi Arabia since 1995 and is approved by Saudi Aramco, SABIC and the Royal Commission for Jubail and Yanbu. KSA Industrial Automation has worked on projects for all three and holds ISO 9001, ISO 14001 and ISO 45001 certification.
Energy is a major cost in cement, steel, plastics, food processing, water treatment and petrochemical plants, where continuous operation magnifies small inefficiencies. A good system fits your existing SCADA instead of adding another screen. We are based in Al Shati District, Dammam, and we take projects in all regions of Saudi Arabia. The remote monitoring and IIoT page covers sites that report over cellular links.
Common questions before you request a quotation
Who provides an energy monitoring system for industrial plants in Saudi Arabia?
KSA Industrial Automation Company provides energy monitoring systems for industrial plants, from meter integration to SCADA dashboards and reports. We have worked on projects for Saudi Aramco, SABIC and the Royal Commission. We commission each meter and support the system after handover.
What affects the cost of an energy monitoring system?
The main factors are the number and type of meters, whether existing meters can be reused, network distances, the SCADA platform, dashboard and report scope, production data links, and the test regime. A meter list and single-line diagram let us price each item against your specification.
How long does an energy monitoring system take to install?
Reading existing meters into SCADA takes a few weeks. Projects that add meters need extra time for shutdown windows, cabling and commissioning. Access to the switchrooms and approval of the metering plan usually set the schedule.
Can you use the meters we already have?
Yes. Most modern meters support Modbus or Ethernet communication, and we connect them as they are. Meters without a communication port can be replaced at the next shutdown, or read through a pulse input, so the first dashboards go live without waiting for the full programme.
Can energy data be linked to production data?
Yes. We take counts, batch IDs and run states from the production PLCs and store them with the energy readings. The dashboards then show energy per unit produced, which is a fairer comparison than total consumption when output changes from shift to shift.
What should I send to get a quotation?
Send the single-line diagram, the list of meters with makes and communication ports, the areas or lines you want to compare, and the SCADA you use now. Your proposal then sets out scope, standards, duration and price.
Want an energy monitoring system for industrial plants in Saudi Arabia? Send the single-line diagram and meter list, and we quote within one working day. Email: inquiry@ksaindustrialautomation.com | Request a quotation