Trusted LV Panel Manufacturer in Saudi Arabia for Industrial Projects
SAS Technology is a leading LV panel manufacturer in Saudi Arabia, providing custom-engineered low voltage panel solutions for industrial, commercial, and infrastructure projects. Based in Al Khobar with project delivery across Jubail, Dammam, Riyadh, Jeddah, Bahrain, and Oman, we design, fabricate, test, and commission LV panels that meet IEC 61439 standards and Saudi market requirements.
Our in-house panel manufacturing facility produces main distribution boards (MDB), sub-distribution boards (SDB), motor control centre (MCC) panels, PLC control panels, and custom electrical enclosures. Every panel leaves our facility with complete engineering documentation, type-tested assemblies, and factory acceptance test (FAT) records.
Whether you are an EPC contractor sourcing panels for a petrochemical expansion in Jubail, a plant owner upgrading electrical distribution in Riyadh, or a building developer requiring panel boards for a commercial tower in Jeddah, SAS Technology delivers reliable, fully documented LV panels with competitive lead times and local technical support.
What Is LV Panel Manufacturing?
LV panel manufacturing refers to the engineering, fabrication, wiring, and testing of low voltage switchgear assemblies and power distribution equipment rated up to 1000V AC or 1500V DC. These panels serve as the central nervous system of any electrical installation, distributing power from the main supply to individual circuits, motor loads, lighting systems, HVAC equipment, and process instrumentation.
A professionally manufactured LV panel includes a steel or aluminum enclosure, copper or aluminum bus bar systems, circuit breakers (MCCBs and MCBs), contactors, overload relays, metering devices, and protection equipment. The panel is assembled according to engineering drawings, wired per schematic diagrams, and tested for electrical continuity, insulation resistance, and functional operation before delivery.
The quality of LV panel manufacturing directly affects the safety, reliability, and operational efficiency of your entire electrical system. Poorly designed panels lead to nuisance tripping, overheating, arc flash hazards, and unplanned downtime. Panels manufactured to IEC 61439 standards undergo design verification and routine verification testing, confirming that thermal performance, dielectric properties, short-circuit withstand capability, and mechanical strength all meet published specifications.
In Saudi Arabia, LV panels must also comply with Saudi Building Code (SBC) requirements and SASO (Saudi Standards, Metrology, and Quality Organization) regulations. SAS Technology manufactures all low voltage panels KSA projects require with full traceability of components, test certificates, and compliance documentation that satisfies both local authority approvals and international project specifications.
Our LV Panel Manufacturing Capabilities
SAS Technology offers a complete range of LV panel types, each engineered for specific applications and manufactured to the highest standards. Our panel manufacturing covers everything from standard distribution boards to complex motor control centres and custom automation enclosures.
Smart Building Automation and Centralized Control
We design and implement centralized BMS architectures that bring all building MEP systems under a single management platform. Our smart building automation solutions provide real-time monitoring and control of HVAC plant, lighting circuits, electrical distribution, domestic water systems, UPS and generator status, and elevator interfaces.
Each project starts with a controls architecture drawing that maps every field device, controller, network switch, and server. We define communication protocols (BACnet IP, BACnet MS/TP, Modbus TCP/RTU, KNX, DALI, LON) for each subsystem and design the network topology to ensure reliable data flow between all system tiers. The operator workstation provides a graphical site map with drill-down navigation to individual floors, zones, AHUs, and equipment schematics, giving facility teams intuitive access to every control point in the building.
HVAC Control System Design and Programming
HVAC systems typically account for 40% to 60% of a commercial building's total energy consumption in the Saudi climate. Our HVAC control system programming covers the full range of equipment found in Saudi Arabian facilities:
- Chiller plant optimization with lead/lag sequencing, condenser water reset, and chilled water supply temperature reset based on outside air temperature
- AHU control sequences including supply air temperature control, economizer free cooling (where applicable), CO2-based demand controlled ventilation (DCV), and duct static pressure reset
- FCU control with proportional or floating-point valve and fan speed control, occupancy-based setback, and scheduled operation
- VAV box control with airflow tracking, reheat sequencing, and zone pressure optimization
- Cooling tower fan staging, condenser water temperature control, and basin heater management for winter operation
- Boiler and hot water system sequencing with outdoor air reset and lead/lag staging
- VFD speed control for pumps and fans to match load conditions, reducing energy consumption significantly compared to constant-speed operation
All sequences are programmed to comply with ASHRAE Standard 90.1 energy efficiency requirements and ASHRAE Guideline 36 high-performance sequences of operation.
Lighting Control System Integration
Our lighting control system implementations cover scheduled on/off management, occupancy-based switching, daylight harvesting with photocell feedback, dimming control via DALI or 0-10V protocols, and scene management for conference rooms, lobbies, and event spaces.
We integrate lighting control directly into the BMS so that HVAC and lighting operate in coordination. When a zone is unoccupied, the BMS sets back both the HVAC and the lighting simultaneously, eliminating the common problem of lights running in empty spaces while the BMS assumes the zone is occupied. For large commercial and hospitality projects, we configure lighting scenes that adjust throughout the day based on time schedules, daylight levels, and event bookings.
Energy Monitoring System and Sustainability Reporting
Our energy monitoring system implementations provide granular visibility into how your building consumes electricity, chilled water, gas, and domestic water. We install sub-meters at distribution panel level and connect them to the BMS via Modbus RTU or BACnet, creating real-time power consumption dashboards that break down usage by floor, zone, tenant, or equipment type.
Key features of our energy monitoring solutions include:
- Real-time kW, kWh, kVAR, and power factor monitoring
- Peak demand tracking with alarm notifications before demand limits are exceeded
- Cost-per-zone and cost-per-tenant allocation reporting
- Automated monthly and quarterly energy KPI reports
- Trending and benchmarking tools to compare consumption against historical baselines
- Support for Saudi Green Building Forum (SGBF) and LEED energy reporting requirements
This data enables your facilities team to identify waste, verify that energy conservation measures are performing as designed, and provide the documentation needed for sustainability certifications and corporate reporting obligations.
Fire Alarm, Access Control, and Third-Party System Interfaces
A complete BMS does not operate in isolation. We integrate your BMS with fire alarm panels, access control systems, CCTV, public address systems, and vertical transportation (elevator and escalator monitoring). These integrations are typically read-only monitoring interfaces that allow the BMS operator to see system status, receive alarms, and coordinate emergency response from a single workstation without duplicating the functionality of each standalone life safety system.
Industries We Serve with LV Panel Manufacturing
SAS Technology serves a wide spectrum of industries, delivering panel board manufacturer Saudi Arabia clients across multiple sectors depend on for quality and reliability.
Oil and Gas
MCC panels and power distribution boards for upstream drilling facilities, gas processing plants, and pipeline infrastructure. Our panels meet hazardous area classification requirements and include provisions for Ex-rated equipment where needed.
Petrochemical
Motor control centres and LV switchgear for chemical processing units, polymer plants, and fertilizer facilities. We manufacture panels with corrosion-resistant coatings and stainless steel gland plates for aggressive atmospheric conditions.
Water and Wastewater Treatment
Distribution boards and control panels for pump stations, desalination plants, and sewage treatment works. Panels include VFD integration for pump speed control and SCADA-ready communication modules.
Power Generation and Utilities
LV switchgear, ATS panels, and synchronization panels for power plants, substations, and utility distribution networks. We work closely with substation automation teams to integrate LV panels with protection relays and energy management systems.
Manufacturing and Industrial Facilities
MCC panels, distribution boards, and PLC control panels for cement plants, steel mills, food and beverage production lines, and pharmaceutical manufacturing. Panels are configured for high duty cycles, frequent motor starts, and process automation integration.
HVAC and Smart Buildings
Distribution panels and panel boards for commercial towers, hospitals, data centres, and hospitality projects. Panels include provisions for BMS integration, energy metering on individual circuits, and communication interfaces for Modbus or BACnet connectivity.
Our experience as a distribution panel manufacturer Riyadh, Jeddah, Dammam, and Jubail projects have all utilized gives us a thorough understanding of the logistical, environmental, and regulatory requirements specific to each region.
How We Deliver LV Panel Manufacturing Projects
Our project delivery follows a structured, quality-controlled process from initial enquiry through to site commissioning and after-sales support.
Step 1: Engineering Consultation and Requirement Review
Every project starts with a detailed review of your single-line diagrams (SLDs), load schedules, equipment lists, and project specifications. Our engineering team evaluates short-circuit levels, voltage drop calculations, cable sizing requirements, and coordination study inputs to confirm the panel design basis.
Step 2: Detailed Engineering and Drawing Package
We produce a complete engineering package including panel general arrangement (GA) drawings, schematic (elementary) diagrams, wiring diagrams, bill of materials (BOM), bus bar sizing calculations, and terminal schedules. All drawings are prepared in AutoCAD Electrical or EPLAN and submitted for client approval before fabrication begins.
Step 3: Procurement and Component Sourcing
Components are sourced from approved manufacturers, primarily ABB, Schneider Electric, Siemens, and Legrand. We maintain stock of commonly used items such as MCCBs, contactors, and terminal blocks to reduce lead times. All components come with manufacturer certificates and traceability documentation.
Step 4: Panel Fabrication and Assembly
Enclosures are fabricated or sourced per the approved GA drawings. Bus bars are sized, cut, bent, and insulated according to the approved bus bar calculations. Components are mounted, wired, and labelled per the approved schematics. Wire ferrules, cable markers, and terminal identification follow IEC 60204-1 conventions.
Step 5: Factory Acceptance Testing (FAT)
Before shipment, every panel undergoes factory acceptance testing in the presence of client inspectors (where required). FAT includes:
- Visual and mechanical inspection
- Electrical continuity and insulation resistance testing (megger test at 500V DC)
- Dielectric withstand test
- Functional operation of all protective devices, contactors, and control circuits
- Verification of labelling, torque values, and documentation package
Step 6: Delivery, Installation Support, and Commissioning
We provide safe packaging, transport, and delivery to site. Our field engineers support installation supervision, cable termination checks, and panel energization. Post-commissioning, we offer maintenance support and spare parts supply.
Technical Standards and Compliance
All LV panels manufactured by SAS Technology comply with the following standards and regulations:
Our panel designs include short-circuit coordination studies and arc flash risk assessments per IEEE 1584 where required by client specifications or facility safety programs. Thermal management calculations verify that panel internal temperatures remain within rated limits under full load conditions, even in the 50°C ambient temperatures common across Saudi Arabia during summer months.
Why Choose SAS Technology as Your LV Panel Manufacturer in Saudi Arabia
Multi-Brand Component Flexibility
We are not locked into a single vendor. Our panels use components from ABB, Schneider Electric, Siemens, Legrand, and other approved manufacturers, giving you flexibility to match your facility’s existing installed base or project specification requirements.
In-House Engineering Team
Our electrical engineers handle everything from load flow studies and short-circuit calculations to detailed panel schematics and bus bar sizing. You deal directly with the engineers who design your panels, not intermediaries.
Local Manufacturing with International Standards
Panels are manufactured locally in Saudi Arabia, reducing import logistics, customs delays, and shipping costs. Despite local fabrication, every panel meets IEC 61439 standards with full type-test documentation.
Complete Documentation Package
Every panel ships with approved drawings (as-built), schematic diagrams, BOM, test certificates, component data sheets, and operation and maintenance manuals. Your project documentation requirements are covered from handover through facility operation.
Proven Regional Experience
SAS Technology has delivered panels for projects across the Eastern Province (Al Khobar, Jubail, Dammam), Central Region (Riyadh), Western Region (Jeddah), and international projects in Bahrain and Oman. We understand Saudi Electricity Company (SEC) requirements, Aramco engineering standards, and SABIC specifications.
Integration with Automation Systems
As a company that also provides industrial automation, SCADA, electrical panels, and networking solutions, we have the technical depth to handle complex integration scenarios where BMS interfaces with process control systems, substation monitoring, or data center infrastructure management.
Locations We Serve
SAS Technology serves LV panel manufacturing clients throughout the Arabian Gulf region. Our headquarters in Al Khobar positions us centrally within Saudi Arabia’s Eastern Province, with direct access to the Jubail Industrial City, Dammam metropolitan area, and Ras Tanura industrial corridor.
We regularly deliver panels to project sites in Riyadh, Jeddah, Yanbu, and other cities across the Kingdom. Our regional reach extends to Bahrain and Oman, where we support industrial and commercial projects with the same engineering standards and documentation quality. For projects requiring local support, our field engineering teams deploy from Al Khobar to any project location in the GCC.
Frequently Asked Questions About LV Panel Manufacturing
SAS Technology manufactures main distribution boards (MDB), sub-distribution boards (SDB), final distribution boards (FDB), motor control centre (MCC) panels, capacitor bank panels, automatic transfer switch (ATS) panels, PLC control panels, remote I/O enclosures, instrumentation marshalling panels, and custom junction boxes. All panels are built to IEC 61439 standards with full documentation and factory acceptance testing.
Our panels comply with IEC 61439-1 and IEC 61439-2 for switchgear assemblies, IEC 60947 for switchgear components, IEC 60204-1 for machinery control panels, Saudi Building Code (SBC 401), and SASO standards. We also reference IEEE 1584 for arc flash analysis and NEMA 250 for enclosure ratings where project specifications require it.
Yes. We are an established MCC panel manufacturer KSA oil and gas clients rely on. Our MCC panels include DOL starters, star-delta starters, soft starters, VFD compartments, and bus-coupler arrangements designed per IEC or NEMA standards. We supply panels rated for harsh environmental conditions, including high ambient temperatures and coastal humidity common in Jubail and Dammam.
Lead times vary depending on panel complexity and component availability. Standard distribution boards typically require 4 to 6 weeks from drawing approval. MCC panels and custom control panels may require 6 to 10 weeks. We maintain stock of frequently used components from ABB, Schneider Electric, and Siemens to help reduce procurement timelines.
Yes. Every panel undergoes factory acceptance testing as standard. FAT includes visual inspection, insulation resistance testing, dielectric withstand testing, continuity checks, and functional operation testing of all protective and control devices. Client witnesses are welcome to attend FAT at our facility.
Absolutely. While our manufacturing facility is based in Al Khobar, we deliver panels across Saudi Arabia, including Riyadh, Jeddah, Jubail, Dammam, Yanbu, and other project locations. We also ship to Bahrain and Oman with proper packaging and transport arrangements for safe delivery.
Yes. SAS Technology also provides industrial automation and SCADA integration services. Our control panels and MCC panels can include communication modules for Modbus RTU, Modbus TCP, PROFINET, EtherNet/IP, and BACnet protocols, enabling integration with PLC systems, SCADA platforms, and building management systems.
Get a Quote for Your LV Panel Requirements
If you need a reliable LV panel manufacturer in Saudi Arabia for your next industrial, commercial, or infrastructure project, contact SAS Technology today. Our engineering team is ready to review your specifications, provide technical recommendations, and deliver high-quality panels on schedule.
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