A data center is only as reliable as its weakest subsystem. Cooling failure, power quality issues, inadequate monitoring or gaps in physical security can each independently trigger downtime. Boreas Technology eliminates these single points of risk by delivering all critical data centre infrastructure domains from a single, integrated source.
Boreas Technology brings together the precision cooling expertise of its own manufacturing capabilities with the monitoring, power distribution and software intelligence of the Exagate product portfolio — creating a cohesive end-to-end ecosystem where every component is engineered to work with every other.
Precision cooling is the foundation of data centre reliability. Unlike comfort HVAC systems, data centre precision cooling maintains temperature and humidity within tight tolerances — typically 18–27°C, 40–60% RH as per ASHRAE A1 class — regardless of varying IT load conditions, 24 hours a day, 365 days a year. Boreas Technology manufactures its own precision cooling systems at the 35,000 sqm production base in Tekirdağ-Çerkezköy, covering every cooling topology from perimeter room units to high-density in-row, liquid cooling and indirect free cooling.
The Fanwall replaces traditional belt-driven CRAC/CRAH centrifugal fans with an array of individually controllable EC (electronically commutated) plug fans. By distributing airflow across multiple smaller fan units rather than relying on a single large blower, the Fanwall delivers superior redundancy, lower noise, reduced power consumption and improved airflow uniformity across the raised floor.
How It Works: Each EC plug fan operates independently and communicates with the central controller. When the IT load increases, fan speeds ramp up proportionally; at partial load, fans slow down or individual units switch off — matching airflow precisely to demand and maximising efficiency at all load points.
When to Choose: Ideal for data centres seeking to upgrade legacy cooling infrastructure without full system replacement, or as the air distribution component in new builds targeting low PUE.
Product Details
As rack power densities climb — driven by AI accelerators, GPUs and high-performance computing workloads — traditional air cooling approaches its physical limits. Modern GPU servers can generate 10 kW or more per server, and rack-level densities of 40–100 kW are increasingly common.
What a CDU Does: A CDU acts as the bridge between the facility cooling infrastructure and the IT-level liquid cooling loops that interface directly with servers. It manages circulation, temperature regulation and pressure control of the coolant delivered to IT equipment. Critically, the CDU keeps the two fluid circuits separate.
When to Choose: CDU-based liquid cooling is appropriate for any rack deployment exceeding 20–25 kW per rack, AI and HPC server environments with high GPU densities, and high-density retrofits.
Product Details
Indirect Evaporative Cooling (IEC) is an air-side economisation technology that uses the evaporation of water to cool outdoor air, which then cools the data centre without the evaporated water entering the IT space. Because no mechanical refrigeration compressor is required during free cooling operation, IEC can achieve PUE values of 1.05–1.3 in suitable climates.
How It Works: Outdoor air passes through a wet media section where water evaporates, reducing air temperature. This cooled outdoor air passes across a heat exchanger, cooling the data centre return air on the other side. The two air streams never mix — the data centre air is cooled indirectly, without introducing outdoor humidity or contaminants.
Climate Suitability: In Turkey, most inland and coastal locations offer 3,000–5,000 hours per year of viable free cooling operation, delivering substantial energy and cost savings.
Product Details
A Computer Room Air Conditioner (CRAC) uses a direct expansion (DX) refrigeration cycle — compressor, condenser, expansion valve, evaporator — to cool and dehumidify recirculated air. The CRAC unit is self-contained: cooling is generated entirely within the unit without requiring an external chilled water plant.
DX Cooling Options: Air-cooled DX, water/glycol-cooled DX, and free cooling integration with economiser coil.
A Computer Room Air Handler (CRAH) is a chilled water unit: it contains no compressor or refrigerant circuit. Instead, it circulates room air across a chilled water coil supplied by a central chiller plant. This centralised approach enables economies of scale, integration of free cooling chillers, and cooling capacities in the MW range.
The DCI Inrow cooler is installed directly within the server rack row. By placing the cooling unit at the source of heat, Inrow cooling eliminates the long airflow paths of traditional room-based systems and delivers cool air precisely where it is needed, at the rack intake face.
When to Choose: Inrow is the solution of choice for high-density environments (rack loads of 10 kW+), heterogeneous rack densities, and co-location environments where per-cabinet cooling accountability is important.
Product Details
A Rear Door Heat Exchanger (RDHx) is a passive or active cooling solution mounted in place of the standard rear door of a standard 19″ server rack. Hot exhaust air exiting the rear of IT equipment passes directly through a coil carrying chilled water or coolant — the heat is absorbed before the air re-enters the data hall.
How It Works: Server fans push hot air rearward through the IT equipment. The RDHx coil intercepts this airflow before it leaves the rack. Heat transfers to the coolant loop; cooled air exits into the cold aisle or data hall at or near room temperature. No additional fans or blowers are required for passive variants.
Data centre power infrastructure is responsible for controlling and protecting the complete power chain from the facility's primary electrical source to individual rack PDUs. Boreas delivers the essential building blocks of power operations at every level through modular UPS systems combined with intelligent PDUs.
A power outage in a data centre is not merely a technical failure — it carries serious operational, financial and reputational consequences. Even a sub-second interruption can cause server resets, database corruption and SLA violations. The Uninterruptible Power Supply (UPS) is the final line of defence between the utility supply and IT equipment, providing seamless protection against the full spectrum of power disturbances.
UPS Technology: Double-Conversion Online: Data centre-grade UPS systems use double-conversion (online) technology. Incoming AC power is first converted to DC (rectifier stage), which simultaneously charges the battery and feeds an inverter. The inverter continuously generates a clean, regulated AC output — the IT load is permanently powered by inverter-generated power and is completely isolated from utility-side disturbances at all times.
Capacity Range: Small/edge (10–100 kW), Medium/enterprise (100–500 kW), Large/data centre (500 kW–multi-MW).
Product Details
The rack PDU is the final link in the data centre power chain. An Intelligent PDU goes far beyond passive power distribution: it monitors, manages and reports on power consumption at every level of the rack, from the unit inlet to individual outlets.
Exagate PWG2 Series — Key Features:
High-Capacity PDU Configurations: Available in three capacity tiers: Standard (up to 32A), High (63A), and Very High (100A per phase).
Product Details
Continuous, multi-layer monitoring is the operational foundation of a resilient data centre. Operators must know — in real time — that infrastructure is functioning correctly, that its environment is within safe parameters, that cooling systems are not leaking, and that battery reserves are healthy.
A Building Management System (BMS) is the central nervous system of a data centre facility. It integrates and orchestrates all mechanical and electrical building services: HVAC, precision cooling, electrical distribution, lighting, fire detection and access control.
A Power Management System (PMS) provides granular visibility and analysis of electrical power quality, consumption and distribution across the entire data centre — from the utility intake to the rack PDU.
Physical security is a non-negotiable tier-1 requirement for any data centre. Boreas integrates a comprehensive suite of low-current and security systems.
DCIM software bridges the gap between IT operations and facilities management — providing a unified, real-time view of every physical asset in the data centre and its relationships to power, cooling, network and space.
Exagate's central management platform — monitor, manage and report on all infrastructure from a single web interface.
The physical enclosure is the foundation of every data centre rack position. It determines load capacity, airflow management, cable routing options and physical security — and its mechanical quality directly affects the reliability of the IT equipment installed within it. Boreas Technology supplies data centre-grade 19″ rack enclosures certified to IEC 60297, EN 61587-1 and TSE standards with ISO 9001:2015 certification.
Boreas Technology supplies a complete accessory portfolio for data centre enclosures: shelf modules, fan modules, castor modules, cable organiser modules, blanking panels, plinth sets and grounding kits.
When combined with hot-aisle or cold-aisle containment systems, blanking panels and structured cable management, the cabinet becomes the primary airflow management element in the row.
Product DetailsFor organisations that need a complete, operational data centre deployed rapidly — without the cost, delay and risk of traditional civil construction — Boreas Technology offers five factory-built integrated solutions. Each solution integrates precision cooling, power protection, environmental monitoring, physical security and central management into a pre-engineered, pre-wired, pre-tested structure that arrives ready to commission.
Complete Data Centre in an ISO Container Module
The Smart Container DC delivers a fully functional, self-contained data centre within a standard 20ft or 40ft ISO container module.
Ideal for: Remote sites, temporary capacity, oil & gas, mining, military, telecoms
DetailsCompact Indoor Data Centre for Edge and Branch
The Smart Mini DC is a self-contained indoor data centre solution designed for small enterprises, branch offices, retail locations, and edge computing nodes.
Ideal for: Branch offices, retail, edge computing, rapid expansion
DetailsScalable Modular Architecture for Enterprises
The Smart Modular DC is built on a repeatable module architecture in which each module is independently functional from day one.
Ideal for: Growing enterprises, colocation operators, phased expansion
DetailsRow-Based High-Density Cooling for Existing Halls
The Smart Row DC is a pre-engineered row cooling solution that brings high-density capability to existing data halls without modifications.
Ideal for: High-density refreshes, AI/GPU deployments, colocation high-power zones
DetailsTurnkey Factory-Integrated Solution
The Prefabricated Data Center is a complete, turnkey data centre facility engineered, integrated and tested at the Boreas factory before delivery to site.
Ideal for: Greenfield projects, campus expansions, hyperscale edge, industrial edge
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