IEC 61850 Engineering, SCADA Integration, Testing & Commissioning
Petrozone International delivers substation automation solutions for utilities, industrial facilities, oil & gas, renewable energy and infrastructure projects across Saudi Arabia. Our capabilities cover IEC 61850 engineering, protection and control integration, SCADA/HMI, RTU and gateway integration, communication networks, FAT/SAT and site commissioning.
Serving substation projects in Riyadh, Dammam, Jubail, Yanbu, Jeddah and across the Kingdom.
From system architecture and IEC 61850 engineering to SCADA integration, testing and commissioning, Petrozone supports the complete substation automation lifecycle.
Architecture, communication design, IED integration and system configuration.
Station Bus, Process Bus, GOOSE, MMS and Sampled Values integration.
Operator monitoring, control, alarms, events, trends and supervisory interfaces.
Protection IED integration, control logic, interlocking and functional testing.
Integration between substation equipment, legacy protocols and control-centre systems.
FAT, SAT, communication testing, functional testing and site commissioning.
We engineer, integrate, test and commission substation automation systems ourselves. The team that draws the architecture is the team that configures the IEDs, runs the FAT and stands in the substation at energisation.
Architecture drawings, I/O schedules and signal lists are produced and reviewed in-house before a single device is configured.
SCL engineering, GOOSE datasets, station and process bus configuration, and message-level verification with a protocol analyser.
Secondary injection, interlock proving, point-to-point checks and communication testing by our own engineers at FAT and on site.
Serviceable relays and non-IEC 61850 devices mapped onto the station bus through converters, so upgrades can be staged bay by bay.
Testing and commissioning teams mobilise to sites across Saudi Arabia, including remote industrial and oil and gas locations in the Eastern Province and along the Red Sea coast.
No handover gap between designer, integrator and commissioning engineer. One party is accountable from architecture to handover.
Click a red S / B / P marker for a level, or any numbered marker for a device.
The supervisory layer of the substation. Servers, HMI, historian, gateway and the station bus network live here, giving operators one picture of the whole substation and one interface to the control centre.
Station-level architecture, server and HMI configuration, gateway point lists and network design.
We engineer, configure and test every IEC 61850 mechanism your substation uses, and prove each one at FAT and SAT.
We design the publisher and subscriber matrix, configure datasets for interlocking, blocking and protection signals, and verify every message with a protocol analyser.
We engineer datasets and report control blocks so HMI, SCADA and historian receive the signals they need, then verify the complete signal list.
We configure merging units and subscribing IEDs for sampled-value transfer and check accuracy against injected references.
We design and configure the station bus: topology, VLANs, priorities, redundancy and network performance testing.
We engineer process bus architecture, bandwidth and time synchronisation, then commission the digitised measurement path.
We bring protection and control devices from different vendors into one architecture, including SCL files and interoperability checks.
Petrozone provides SCADA engineering and integration for substation automation environments using zenon SCADA, where applicable to project requirements. The system provides operators with a central interface for monitoring, control, alarms, events, trends and historical information across the substation.
Monitor breaker status, measurements, alarms and equipment conditions from a central operator interface.
Supervisory control of supported substation equipment through the configured automation architecture.
Centralised alarm management and time-stamped event information.
Historical measurements, events and operational data for analysis and reporting.
Integration of IEC 61850-enabled protection and control devices into the supervisory environment.
Connect the substation automation system with higher-level control and monitoring systems through configured gateways and protocols.
zenon is the HMI, SCADA and historian environment in one platform, so we engineer operator graphics, alarms, events and long-term data together rather than as separate systems.
Protection and control systems form the operational core of a modern substation. Petrozone integrates protection IEDs, bay controllers and control logic within the overall substation automation architecture.
Petrozone integrates RTUs, gateways and protocol converters to connect substation equipment with station-level systems and remote control-centre environments.
Reliable communication is fundamental to modern substation automation. Petrozone supports communication architecture connecting IEDs, SCADA, gateways, historians and process-level equipment, including the GPS, NTP and PTP time synchronisation that makes event records and sampled values comparable across devices.
Existing substations do not always require complete replacement. Petrozone can support staged automation upgrades by integrating serviceable legacy equipment with modern SCADA, gateways and IEC 61850-based systems, where technically feasible.
Survey of existing relays, protocols, signal lists and panel condition.
Serial and legacy devices mapped onto the station bus through converters.
Signal-by-signal mapping documented and verified against the existing scheme.
Operator interface, alarms and history carried over to the new supervisory system.
New protection and control devices integrated alongside retained equipment.
Bay-by-bay changeover within agreed outage windows.
We take the system through six stages, each with defined deliverables and a hold point before the next begins, so programmes stay predictable and site time stays short.
System architecture, IED list, communication requirements and control philosophy.
IEDs, GOOSE, HMI, SCADA, gateway and communication configuration.
Verify system functionality before site deployment.
Verify field wiring, signals, equipment status and control circuits.
Validate communication, control, alarms, interlocking and system functionality onsite.
Final functional checks and operational readiness.
Modern substations frequently include protection relays, bay controllers, gateways and supervisory systems from different manufacturers. Petrozone supports multi-vendor integration by establishing communication, signal mapping and functional interfaces within the project architecture.
Where we deliver substation automation across Saudi Arabia, and what we typically provide in each sector.
Substation automation, protection and control, and SCADA integration.
Industrial substations, automation and remote monitoring.
Protection, control and automation integration.
Substation automation and grid-interface systems.
Monitoring and control of electrical infrastructure.
Automation and supervisory systems for critical electrical networks.
The scopes utilities, EPC contractors and industrial asset owners in Saudi Arabia engage us for, as a complete package or as individual work packages.
To prepare a technical proposal we typically review the items listed here. Send what you have and an automation engineer will come back with an architecture outline, scope and indicative programme.
Send Your Project RequirementsAn automation engineer will review it and come back with an architecture outline, a scope of work and an indicative programme.
Serving substation projects in Riyadh, Dammam, Jubail, Yanbu, Jeddah and across the Kingdom.
Electrical and power system services across Saudi Arabia: substation automation, protection and control, testing and commissioning.