As IT infrastructure grows, ensuring the required operating temperature of servers becomes a more complicated task. The conventional cooling systems often fail to provide sufficient capacity for higher rack densities, AI processing, and other IT infrastructure needs. NPod's CRAC cooling system ensures a stable environment that keeps the critical infrastructure secure and supports further growth.
Many server rooms were built before today’s high-performance servers and always-on applications became standard. With growing IT infrastructure, the traditional computer room air conditioning fails to provide required conditions in the whole room. There are cool spots and hot spots in the room that put additional strain on the critical infrastructure.
Consequences of the inability of the cooling infrastructure to provide adequate conditions for the operation of servers and other devices impact not only the IT infrastructure but the whole business operations. Increasing energy consumption, increasing costs of maintenance, unplanned downtimes, and inability to expand the IT infrastructure negatively impact the performance of the business.
Neglecting the need to cool the IT equipment properly does not save money. On the contrary, risks will be increasing along with the growth of your infrastructure.
IT organizations usually face:
These issues develop gradually and become more expensive as your infrastructure grows.
Unlike standard building air conditioning. IT environments require precise temperature and humidity control. Any deviations in those parameters may influence system performance, lead to additional energy costs, and shorten hardware lifetime.
Precision room cooling ensures consistent conditions around the critical IT infrastructure of an organization. It improves efficiency, lowers cooling costs, and protests critical equipment.
Whether you’re expanding server capacity, opening a branch office, factory, hospital, or edge location, your cooling infrastructure must scale with your business.
The NPod room based cooling solution is designed to seamlessly integrate with your current IT environment and scale along with your expanding infrastructure. It supports new workload without major infrastructure upgrades.
NPOD can give you full lifecycle support on your data center cooling solution from concept to commissioning.
We can support:
We can even facilitate compatibility with Data Center Infrastructure Management (DCIM) platforms for centralized thermal monitoring and control.
Attom offers various types of cooling systems, including DX air-cooled, DX water-cooled, and chilled water-cooled options. Additionally, we provide support for hybrid dual-fluid systems, adapted precisely to deliver individual solutions tailored to your project requirements.
5kW–120kW
DX Air Cooled systems provide efficient cooling through direct expansion technology with air-cooled condensers.
30kW–120kW
DX Water Cooled systems offer enhanced efficiency using water-cooled condensers for heat rejection.
30kW–200kW
Chilled Water systems provide high-capacity cooling using chilled water distribution to air handlers.
Effective cooling depends on delivering clod air where it is needed most. Poor airflow will lead to creation of areas with higher temperatures, where hot air will circulate back into server racks. Poor airflow creates hot spots, increases energy use, and reduces cooling efficiency.
Effective airflow management will help to optimize data center airflow cooling by making it more effective and providing your equipment with the required amount of cooled air. Optimized airflow improves efficiency, reduces energy consumption, and protects IT equipment.
Critical IT infrastructure operates 24/7, and cooling must do the same. This is required in case of financial transactions, hospitals applications, manufacturing processes and other enterprise workloads which require stable environmental conditions for smooth operations.
NPod provides enterprise room cooling solution which includes cooling, monitoring and environmental control functions in one system. It simplifies management while reducing temperature-related risks.
Imagine opening a new production site where the network servers, and applications are ready, but the cooling system cannot support the new IT load. Instead of delaying operations for costly upgrades, and modular room cooling system lets you expand quickly and support future growth.
This problem can be solved with the use of modular room cooling system, which makes it easier for you to deploy the new capacity and expand in the future.
Inverter compressor adjusting capacity of whole system per heat load requirement, saving energy during part load application. Working up to 55C ambient with R134a refrigerant option.
EC Fan modulates airflow precisely matching heat load while saving energy by adjusting fan speed.
EEV (electronic expansion valve) precisely maintain the refrigerant flow in the efficient way reducing the compressor/pump power consumption.
W shape evaporator coil, optimized even airflow distribution and better energy efficiency performance.Modular design, easy to expand flexibly according to your individual needs.Air filters directly covering the coils, minimize wind resistance and increase efficiency.
Managing two separate cooling and monitoring systems becomes even harder as your IT infrastructure evolves. Combining them into one makes management of your IT environment much easier.
Built for modern IT environments, it combines cooling and monitoring to simplify management while maintaining stable operating conditions. Your IT team can growth instead of managing cooling.
Modern facilities use a combination of air-based and advanced thermal management technologies designed to handle continuous computing loads. These systems are selected based on density, layout, and efficiency requirements. Many setups also integrate intelligent monitoring and airflow control to maintain stable operating conditions, reduce energy waste, and ensure uninterrupted performance for critical workloads.
Cooling requirements depend on server density, equipment heat output, and overall infrastructure design. The primary goal is to maintain stable environmental conditions that prevent overheating and performance degradation. Effective systems must ensure consistent air distribution, quick response to temperature changes, and efficient energy use while supporting scalability as computing demands grow.
This type of system is designed to regulate temperature and humidity in enclosed IT environments where heat generation is constant. It works by circulating conditioned air throughout the space to maintain stability and protect equipment. These systems are widely used in enterprise environments due to their reliability, strong airflow management, and ability to support continuous operation.
A precision air system is engineered for environments that require strict environmental control rather than general comfort cooling. It maintains tight temperature and humidity ranges to protect sensitive IT hardware. Unlike conventional systems, it is built for continuous operation, higher heat loads, and detailed monitoring, ensuring consistent performance in mission-critical infrastructure.
The most suitable approach depends on space size, equipment load, and operational requirements. A good system should provide balanced airflow, consistent temperature control, and energy efficiency. It must also adapt to changes in workload without disruption. In most enterprise environments, flexibility and scalability are key factors when selecting the right setup.
Yes, air-based methods are commonly used when properly engineered for controlled environments. The effectiveness depends on airflow design, heat load management, and external conditions. When optimized correctly, it can support stable operations while reducing energy consumption. Many modern facilities combine it with intelligent controls to improve efficiency and maintain reliability under varying workloads.
NPod’s CRAC cooling system keeps IT environments stable while supporting future growth. Whether upgrading an existing server room or building new infrastructure, NPod delivers a scalable solution. Not sure if you should choose NPod? Our infrastructure specialists will be glad to analyze your infrastructure and offer the right solution configuration – absolutely free of charge.
