Confidential GCC Project Case Study
Reliable IT infrastructure for a demanding remote mining environment
A remote mining operation in Oman required a dependable technology environment capable of supporting critical computing, communications and security systems. TLS IT Solutions delivered a coordinated, multi-phase project built around a containerised data-centre environment, resilient APC power protection, precision cooling, enterprise computing, structured cabling, network connectivity and environmental monitoring.
Mining and heavy industry
Remote site, Oman
Integrated multi-phase deployment
The operational challenge
Remote mining sites differ greatly from normal offices or urban data centres. High ambient temperatures, dust, long distances, concentrated IT heat loads and limited on-site technical resources all increase operational risk. A power interruption or cooling problem can affect servers, communications, monitoring and security systems at the same time.
The project needed stable power protection, controlled cooling, organised rack space, reliable copper and fibre connectivity, remote environmental visibility and an architecture that could be installed and supported in carefully planned stages.
An integrated containerised data-centre approach
TLS IT Solutions treated the container as one complete technology environment. Power, cooling, rack layout, cable containment, monitoring, computing and network connectivity were coordinated so every subsystem supported the others.
1. APC UPS and battery protection
The protected-power design included an APC Galaxy VS 30 kW modular online UPS, configured with an N+1 power module and five smart modular battery strings. The online UPS conditions the electrical supply delivered to critical equipment and provides battery-supported operation when the incoming supply is interrupted.
The N+1 configuration supports component resilience and practical service access. Metered rack power-distribution units distribute protected power inside the racks and support clearer rack-level load management.
2. Precision cooling
Two 30 kW-class InRow DX cooling units were incorporated for close-coupled cooling, supported by external condensing units and associated refrigerant components. One unit included humidification and reheat capability for more controlled environmental management.
Locating cooling close to the rack heat source helps establish a predictable airflow path inside the compact container. Equipment placement, cable partitions and service clearances were planned together to reduce airflow obstruction.
3. Rack, PDU and cable organisation
Enterprise 42U rack enclosures were combined with vertical cable managers, hinged covers, brush panels, cable troughs and data-cable partitions. These components create controlled routes for power, copper and fibre, reduce congestion and make future inspection or expansion easier.
4. Environmental monitoring
The monitoring layer included a rack-monitoring appliance, multiple temperature and humidity sensors, a camera sensor and leak-detection rope. These devices provide earlier visibility of temperature changes, moisture and physical activity around the equipment.
For a remote facility, central monitoring helps the operations team recognise developing conditions before they become larger incidents and supports informed maintenance planning.
5. Enterprise computing platform
The project included enterprise rack servers configured with multi-core processors, high-capacity memory, enterprise SSD storage, hardware RAID control and redundant hot-plug power supplies. The rack-mounted architecture simplified integration with the UPS, cooling, power distribution and monitoring systems inside the container.
6. Structured cabling and network connectivity
The broader infrastructure included Cat6A copper cabling, patch panels, patch cords, armoured fibre-optic backbone links, managed PoE switching and wireless access points. Work covered cable pulling, termination, labelling, testing and commissioning.
Fibre links supported longer distances and electrically challenging industrial routes. Managed switching and PoE distribution provided connectivity and power for network, wireless, monitoring and security devices across the site.
7. Surveillance and perimeter protection
The wider solution incorporated fixed outdoor cameras, heavy-duty PTZ cameras, perimeter analytics, industrial managed PoE switching and dedicated video-storage servers. The documented storage architecture provided approximately 400 TB of raw disk capacity before RAID formatting and system overhead.
Implementation and commissioning
The deployment was organised in stages to coordinate infrastructure delivery with site readiness and operational priorities. The work covered solution design, product selection, supply coordination, rack and cable organisation, installation, testing and commissioning.
- Electrical and cooling requirements were checked before equipment positioning.
- Rack elevations, cable routes and maintenance clearances were coordinated.
- Power, copper and fibre pathways were separated and labelled.
- Structured cabling and fibre links were tested.
- UPS, battery, cooling and monitoring integration was commissioned.
- The environment was documented for maintenance and expansion.
The completed infrastructure
The completed project brought the principal technology systems into one coordinated platform: a protected container environment, modular APC UPS capacity, close-coupled precision cooling, environmental monitoring, enterprise rack servers, organised Cat6A and fibre connectivity, managed networking and integrated surveillance infrastructure.
Planning the major systems together created a clearer path for maintenance and future expansion. Additional equipment can be evaluated against documented rack space, electrical load, cooling capacity and network availability.
Why integrated design matters
A containerised data centre is most reliable when power, cooling, monitoring, racks and connectivity are engineered as one system. TLS IT Solutions coordinates these disciplines from the critical rack environment to the wider industrial network.
Frequently asked questions
What is a containerised data centre?
It is a modular technical environment that houses servers, network equipment, power protection, cooling and monitoring in a purpose-planned enclosure near the operational site.
Why use an online UPS at a remote mining site?
An online UPS continuously conditions power supplied to critical equipment and provides battery-supported operation during interruptions. A modular N+1 configuration also supports resilience and serviceability.
Why is precision cooling required?
IT equipment creates concentrated, continuous heat loads. Precision cooling manages those loads and maintains controlled operating conditions more effectively than standard comfort air conditioning.
What should be monitored inside the container?
Typical monitoring points include temperature, humidity, water leakage, physical activity, UPS condition, rack power and cooling alarms. Final requirements depend on the site design and risk assessment.
Planning a remote-site technology project?
TLS IT Solutions supports containerised data centres, APC UPS systems, precision cooling, server infrastructure, networking, structured cabling and security deployments across the GCC.
