Solutions

Mission-critical infrastructure,
engineered around you.

Integrated data-centre, power, cooling, energy, monitoring and lifecycle solutions — engineered around your environment, workloads, availability requirements and future growth.

Engineering capabilities

Six disciplines. One integrated solution.

Each capability can stand on its own or be combined with the others according to the project. The architecture follows the requirement — not the product catalogue.

Data Centres

Purpose-built data centres for enterprise, HPC and AI environments — from greenfield facilities and retrofits to modular, containerised and space-constrained deployments.

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Cooling & Thermal Management

Air, direct-to-chip liquid and hybrid cooling architectures engineered around actual heat loads, rack densities and operating conditions.

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Critical Power Infrastructure

Resilient A+B power architectures, UPS, battery systems, backup generation and distribution for mission-critical loads.

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Energy Infrastructure

Renewable generation, storage, conversion and grid-integration systems engineered for performance, scalability and long-term efficiency.

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Monitoring & Control

Integrated DCIM, BMS and EPMS environments for real-time operational visibility across power, cooling and supporting systems.

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Maintenance & Lifecycle Support

Preventive maintenance, remote monitoring, technical support, upgrades and capacity expansion throughout the infrastructure lifecycle.

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1. Data Centres

Purpose-built infrastructure for demanding IT environments

NTR designs and delivers data centres around the specific requirements of the infrastructure they need to support. From conventional enterprise IT to high-density HPC and AI workloads, every project begins with capacity, availability, deployment environment and future expansion requirements.

Our experience covers greenfield facilities, brownfield upgrades, modular and containerised deployments, rooftop installations and complex projects within operational buildings. Power, cooling, security, monitoring and IT-supporting infrastructure are engineered as an integrated system, with scalability and lifecycle requirements considered from the outset.

Capabilities

  • Purpose-built data-centre design and engineering
  • AI and HPC infrastructure
  • High-density IT environments
  • Modular and containerised data centres
  • Greenfield and brownfield projects
  • Retrofit and capacity expansion
  • Rooftop and space-constrained deployments
  • Integrated power, cooling, security and monitoring
  • Turnkey delivery and commissioning
2. Cooling & Thermal Management

Cooling engineered around the workload

Increasing rack densities and AI/HPC workloads are fundamentally changing the thermal requirements of modern data centres. NTR designs cooling architectures around actual heat loads, IT technology and operating conditions rather than applying a single cooling concept to every project.

Solutions can combine traditional air cooling with direct-to-chip liquid cooling, rear-door heat exchangers and hybrid air/liquid architectures. CDUs, high-temperature water loops, free and adiabatic cooling, heat rejection and heat-reuse systems are integrated according to the application, location and required level of resilience.

For existing facilities, we also engineer upgrades that enable higher rack densities and gradual transition towards liquid-cooled infrastructure without unnecessary replacement of systems that remain fit for purpose.

Capabilities

  • Direct-to-chip liquid cooling
  • Hybrid air and liquid cooling
  • Rear-door heat exchangers – RDHx
  • Coolant distribution units – CDUs
  • High-temperature water cooling
  • Precision air cooling
  • Free cooling and adiabatic heat rejection
  • Redundant cooling architectures
  • Thermal optimisation of existing data centres
  • Heat recovery and reuse
  • Cooling infrastructure for HPC and AI
3. Critical Power Infrastructure

Reliable power from grid connection to IT load

Mission-critical infrastructure depends on more than individual UPS systems or backup generators. NTR engineers the complete power architecture required to deliver reliable, resilient and scalable power from the source to the IT or operational load.

Solutions are developed around actual availability requirements and can include independent A+B power paths, modular UPS systems, lithium-ion battery technology, backup generation, low- and medium-voltage distribution, power quality management and protection systems.

For high-density HPC and AI environments, the power infrastructure is engineered to accommodate large and rapidly changing loads while allowing future capacity expansion without unnecessary disruption to existing operations.

Capabilities

  • A+B power architectures
  • Modular UPS systems
  • Lithium-ion battery systems
  • Backup generation
  • LV and MV power distribution
  • Power quality and protection
  • Redundant power infrastructure
  • High-density AI/HPC power delivery
  • Power infrastructure upgrades
  • Capacity expansion and modernisation
4. Energy Infrastructure

Energy systems engineered as part of the infrastructure

Energy availability, efficiency and long-term operating cost increasingly need to be considered together with critical infrastructure design.

NTR engineers energy systems for generation, storage and distribution, integrating renewable sources and energy-management technologies according to the requirements of each site. Solutions can range from utility-scale photovoltaic infrastructure and electrical conversion systems to battery energy storage, grid integration and energy-management concepts.

Where data-centre and energy infrastructure intersect, we consider power availability, efficiency, heat reuse and the potential for greater energy autonomy as part of one engineering problem.

Capabilities

  • Renewable energy infrastructure
  • Solar power systems
  • Battery energy storage systems – BESS
  • Power conversion infrastructure
  • Grid connection and integration
  • Medium-voltage infrastructure
  • Energy distribution
  • Energy management
  • Integration with mission-critical facilities
  • Energy-efficiency optimisation
5. Monitoring & Control

Visibility across critical infrastructure

Reliable infrastructure also requires visibility into how individual systems perform together.

NTR integrates monitoring and control across power, cooling and supporting infrastructure, providing operators with real-time information on system status, alarms, energy use, environmental conditions and available capacity.

Depending on project requirements, solutions can integrate DCIM, BMS and EPMS environments with equipment-level controls and remote supervision. The objective is not simply to collect data, but to provide meaningful operational visibility that supports faster response, capacity planning, energy optimisation and reliable day-to-day operation.

Capabilities

  • DCIM integration
  • BMS integration
  • EPMS integration
  • Real-time infrastructure monitoring
  • Power and energy monitoring
  • Thermal and environmental monitoring
  • Alarm management
  • Remote supervision
  • Capacity monitoring
  • Infrastructure performance optimisation
6. Maintenance & Lifecycle Support

Support throughout the operational life of the infrastructure

Mission-critical infrastructure does not stop being an engineering responsibility once commissioning is complete.

NTR provides preventive maintenance, system monitoring, technical support, interventions and infrastructure upgrades throughout the operational life of the systems we deliver and support.

Our engineers work across power, cooling, control and supporting infrastructure, allowing maintenance and troubleshooting to consider the interaction between systems rather than treating individual components in isolation. As requirements change, we can also support capacity expansion, technology upgrades and modernisation while minimising disruption to ongoing operations.

Capabilities

  • Preventive maintenance
  • 24/7 technical support
  • Remote monitoring
  • Fault diagnostics and intervention
  • Power and cooling infrastructure maintenance
  • System upgrades and modernisation
  • Capacity expansion
  • Lifecycle planning
  • Operational optimisation
  • Support for existing and third-party infrastructure

NTR engineered platforms

Proven platforms. Configured for the project.

Alongside fully bespoke infrastructure, NTR has developed a range of proven engineering platforms that can be configured and integrated according to individual project requirements. They provide tested building blocks for faster deployment and lower integration risk without turning the project into an off-the-shelf solution.

NTR CDC™
Containerised Data Centre

A prefabricated data-centre platform for rapid, flexible deployment in locations where conventional construction is impractical, too slow or unnecessary. NTR CDC™ solutions can be configured around project-specific IT capacity, power, cooling, security and monitoring requirements, including high-density and liquid-cooled environments.

NTR MDC™
Modular Data Centre

A modular approach for creating or expanding secure data-centre capacity within existing or new facilities. NTR MDC™ enables phased deployment, retrofit and future expansion while allowing the supporting infrastructure to be engineered around the required level of availability and performance.

NTR RPS™
Resilient Power Systems

Engineered power infrastructure for mission-critical applications, integrating UPS, distribution, backup power and monitoring according to the required topology, capacity and redundancy.

NTR DCIM™
Infrastructure Monitoring & Control

An integrated platform for monitoring critical infrastructure across power, cooling, environmental conditions and supporting systems, providing centralised operational visibility and remote supervision.

End-to-end project delivery

One engineering partner from concept to operation.

NTR can take responsibility for the complete infrastructure lifecycle, from initial requirements and concept development through engineering, integration and commissioning to ongoing operational support.

01

Understand

We define what the infrastructure needs to achieve — capacity, workloads, availability, site constraints, efficiency targets and future requirements.

02

Engineer

Our engineers develop the architecture and integrate power, cooling, energy, control, security and supporting systems into one coordinated solution.

03

Deliver

We manage integration, manufacturing where required, installation, testing, commissioning and handover, with responsibility extending across the complete infrastructure scope.

04

Support

After commissioning, we provide monitoring, preventive maintenance, technical support, upgrades and capacity expansion throughout the operational life of the infrastructure.

Proven in demanding environments

Engineering capability, proven in operation.

FRIDA

Hybrid AI & HPC Data Centre

A modular rooftop data centre engineered for advanced AI and HPC workloads, combining air and scalable liquid cooling within a purpose-built high-density environment.

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PERUN

High-Density HPC Infrastructure

A modular data centre for national research infrastructure, designed around high-density computing, direct liquid cooling, redundant power and scalable HPC/AI deployment.

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HPC VEGA

Ultra-Efficient Supercomputing Infrastructure

Complete power and cooling infrastructure for one of the first EuroHPC petascale systems, combining direct water cooling, high-temperature operation, adiabatic heat rejection and waste-heat recovery.

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Planning critical infrastructure?

Start with what you need to achieve.

Tell us where your current infrastructure is reaching its limits, what you are planning next, or what performance and availability targets you need to meet. We will help you define the right architecture for your environment and future growth.

Tell us your challenge → Call us