Npod Rack Mount Cooling System

Cooling Infrastructure for Data Center: Reliable Solutions for Modern IT Environments

Today, modern data centers need controlled temperatures in order to ensure proper functioning and protection of their IT hardware. Attom utilizes advanced cooling technologies that enable proper regulation of the environment by means of smart monitoring, highly energy-efficient inverter compressors, and improved air flow management. The incorporation of hot and cold aisle containment and free cooling systems allows companies to achieve energy efficiency, high-density racks, and lower costs while strengthening their overall cooling infrastructure for data center.

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Precision Air Conditioning System for Critical Data Center Environments

The preservation of appropriate environmental conditions is crucial in providing reliability, efficiency, and durability for data center infrastructure. As the need for computing increases, there is a need for cooling technologies that provide adequate cooling for high-density computing environments. NPOD comes in handy as it provides reliable performance through intelligent temperature control, airflow optimization, and energy efficiency. No matter whether you have modular data centers, edge computing centers, or even micro data centers, NPOD provides reliable precision air conditioning system.

NPOD Data Center Cooling System

Room Based Cooling Solution for Modern Data Center Environments

As the data center infrastructure continues to advance, stable conditions in the environment remain an important requirement to achieve continued performance. Although there is a growing trend toward implementing cooling technologies that can help in certain areas, room cooling still remains an effective and efficient alternative for many companies, because of its versatility, easy installation process, and low maintenance.

The NPOD cooling system offers precision flow control and intelligent environmental management along with high-efficiency engineering to ensure continued performance under all conditions in your IT environment. These solutions are specifically designed to offer support for both new and already installed server rooms, helping you maintain optimal conditions while improving efficiency and performance through a reliable room based cooling solution.

Key Features of Modular Room Cooling Solutions

Flexible NPOD solutions enable better adaptation to changing data center needs with easy installation and efficient thermal management. Enterprises can optimize their efficiency and adapt to future changes with the use of scalable and room-based cooling solution.

CRAC (Computer Room Air Conditioning) systems with high capacity for managing temperature efficiently
Air cooling system which is flexible enough to be used in any room configuration
Automation and monitoring system for better visibility of operations
Ability to integrate into micro data centers and modular infrastructure
Tailored cooling solutions based on industry needs

Precision Room Cooling for Smart and Scalable Data Centers

Having stable environmental conditions is key to ensuring that the downtime remains low and the company’s precious IT investments stay safe. The NPOD technology offers reliable cooling results that contribute to reliability and efficiency.

Precision cooling technology allows for increased efficiency, higher reliability, and optimal data center performance.

  • Increased performance of servers
  • Lower energy consumption
  • Longer life of hardware
  • Monitoring and Control capabilities

NPOD provides reliable precision Room Cooling that keeps temperatures stable for IT functions.

Modular Room Cooling for Future-Ready Data Centers

For developing data center infrastructures, it is essential to have scalable cooling solutions which provide efficient and easy deployment along with efficient data center airflow cooling solutions.

  • Scalable cooling solutions for micro and modular data centers
  • Cooling systems which are prefabricated and deployable in a quick manner
  • Suitable for high-density environments with limited floor space
  • Reliable for use with telecom networks, edge installations, and smart cities infrastructure

NPOD modular systems help keep the temperature performance consistent even when new demands develop.

Modular Cooling Systems
Optimized Cooling for Micro Data Centers

CRAC Cooling System for Micro Data Center Environments

Micro data centers necessitate effective thermal management in spite of being very compact. Limited space, intense workload, and remote installations pose a need for effective cooling and proper data center air-flow cooling in order to ensure stable operation.

  • Effective cooling systems suitable for small containers
  • Silent and space-efficient cooling systems
  • Monitoring functions to enable remote installations
  • Thermal failure and emergency controls

Edge deployment using NPODs ensures uninterrupted operation of facilities such as retail stores, warehouses, manufacturing plants, and telecommunications sites.

CRAC Cooling System vs. In-Row Cooling Solutions

Requirements for cooling depend on data center designs as well as workloads. NPOD provides cooling options depending on infrastructure to ensure optimal performance.

CRAC Unit Cooling

  • Suitable for ensuring consistent temperature control at room level
  • Suitable for use in conventional server rooms
  • Provides high air flow rate along with great redundancies

In-row Cooling

  • Placed server racks to provide effective cooling
  • Suitable for high density computing environments
  • Helps eliminate heat near its source

Our experts help our clients determine the performance and costs related to room cooling vs. in-row cooling in regards to high density, and lead them toward choosing the best-performing system for their network.

Data Center Airflow Cooling for Energy-Efficient Operations

Efficient cooling is essential for reducing energy consumption and operating costs in modern data center environments. NPOD solutions focus on optimizing performance through intelligent control and airflow management, especially in high density room cooling environments.

Dynamic Output Control

Automatically adjusts cooling based on thermal load

Smart Airflow & Integration

Improves airflow management distribution and efficiency

Energy Cost Reductions

Lowers overall power consumption and operational costs

Eco-Conscious Design

Support sustainability with reduced environmental impact

NPOD’s cooling systems are designed with future proofing and environmental accountability in mind.

Industry-Focused Custom Cooling

Every industry has its own requirements. That's why we provide custom cooling infrastructure based on your:

IT & Cloud Providers

Redundant and scalable systems for uptime critical applications.

Telecom

Compact and robust solutions for remote data from literally anywhere.

Healthcare

Environmental control that is strict where sensitive materials or equipment are involved.

Banking

Security and efficiency to support finance and operations.

Manufacturing & Industrial

Rugged and reliable cooling for environmental extremes.

We work with you to develop a solution that suits your physical space, the intensity of your workload and your long-term growth plans.

Deployment, Integration & Ongoing Support

NPOD can give you full lifecycle support on your data center cooling solution from concept to commissioning.

We can support:

  • Load and airflow analysis
  • Design of layout or cooling strategy
  • Selection and modification of equipment
  • Turnkey installation
  • Integration of 24/7 monitoring and support

We can even facilitate compatibility with Data Center Infrastructure Management (DCIM) platforms for centralized thermal monitoring and control.

Upgrade Your Cooling Infrastructure for Data Center Performance

Whether building a new facility or upgrading an existing one, you can be assured that NPOD's enterprise room cooling systems deliver precision, reliability, and flexibility to meet modern data centers demand.

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All Types of Air Conduction Systems

Npod Integrated Systems Overview

All Types of Air Conduction Systems

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.

DX Air Cooled System

1. DX Air Cooled

5kW-120kW

DX Air Cooled systems provide efficient cooling through direct expansion technology with air-cooled condensers.

DX Water Cooled System

2. DX Water Cooled

30kW-120kW

DX Water Cooled systems offer enhanced efficiency using water-cooled condensers for heat rejection.

Chilled Water System

3. Chilled Water

30kW-200kW

Chilled Water systems provide high-capacity cooling using chilled water distribution to air handlers.

Direct Free Cooling System

Efficiency & Reliability

  • Constructed using quality parts sourced from globally renowned manufacturers for dependable functionality in important scenarios.
  • Engineered to function in many cooling designs and air flow concepts, making it compatible with hot and cold aisle containment.
  • Fitted with inverter compressors and EC fans working in conjunction with intelligent control systems to regulate temperature precisely and effectively.
  • Operates through indirect free cooling in combination with refrigerant pumping to save energy.

Green Efficiency & Free Cooling Capability

  • The combination of advanced indirect free cooling capability with refrigerant pumps greatly saves energy and lowers PUE down to 1.2.
  • It operates without water usage during the free cooling mode, thus promoting sustainable data center operations.
  • The system is designed not to have any water loop in the server room, eliminating the threat of water leakage and subsequent flood.
  • Being an indirect cooling solution, the system is completely safe from any moisture and dust entering the server room.
  • The automatic switching of modes ensures ease of use without manual interference.
Indirect Free Cooling System
Intelligent Control System Interface

Intelligent Control System

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Intelligent smart control system utilizing data from sensors to optimize system performance and monitor activities in real time.

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Completely digital controls of all major parts ensuring stable and efficient operation and adjusting automatically depending on on-site situations.

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High data collection capacities including more than 1000 alarm records plus 7 days of curve recording for pressures and temperatures in history mode.

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Variety of smart communication protocols available such as Web, SNMP, Modbus, BACnet, Email, Dry Contact, and IPv6 for integrated system operation.

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Teamwork capabilities including modes of Master/Slave, Master Control, and Force Working operations for coordinated multi-system functioning.

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Equipped with web server for browser access from any computer and mobile device for monitoring and remote control operations.

Efficient Fans for Sinking Design

An efficient fan for sinking design guarantees effective down flow air flow to ensure constant cooling operation. The design also decreases installation space and helps in the easier setup of fans in data centers. Furthermore, it allows under-floor fans.

Flexible Fan Sinking Design

Key Components

Inverter Compressor

Inverter Compressor

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

EC Fan modulates airflow precisely matching heat load while saving energy by adjusting fan speed.

EC Fan
Electronic Expansion Valve

Electronic Expansion Valve

EEV (electronic expansion valve) precisely maintain the refrigerant flow in the efficient way reducing the compressor/pump power consumption.

W Shape Airflow Distribution

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.

Dynamic Actuator

Looking For Reliable Cooling For Your Data Center Project?

Talk to our industry experts to define the solution for you.

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Frequently Asked Questions (FAQs)

What cooling systems are used in data centers?

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.

What are the cooling requirements for a data center?

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.

What is computer room air conditioner?

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.

What is a precision air conditioner?

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.

What is the best cooling solution for a room?

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.

Can data centers use air for cooling?

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.

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