- Container Data Centre
- All In One Standard Containers ISO 20’/40’/45’
- NON-Standard Engineered Containers
- IT Container
- Service Container
- EMP/ EMI Shielded Containers
- Turnkey Project Site Deployment
- Custom Designed Service Rooms
Today, most operators and data center owner adopt a scale-able approach for data center design/build the construction of the facility (shell, core and MEP infrastructure) to be delivered in increments of as many KW as needed and planned approach allows to scale upward in proportion to the end user demand.
Data Center Design and Implementation should conform to Best Practices and industry standards. These standard covers the major aspects of planning, design, construction, and commissioning of the MEP building trades, as well as fire protection, IT, and maintenance.
There are also many operational standards to choose from. These standards will also vary based on the nature of the business and include guidelines associated with detailed operations and maintenance procedures for all of the equipment in the data center.
”Secure, Scalable, and Reliable: Discover Our State-of-the-Art Data Center Services”
Our integrated working positions are the operators’ sixth sense – our core competence lies within the control centre.
We have the capability to deliver highly complex control center integrations, based on our long- lasting domain experience.
We are integrate many different legacy and IP CCTV networks from various suppliers without disturbing the 24/7 operations. We are able to implement near real time event monitoring and tagging within large amount of video data, using advanced methods of analysis and detection .
In order to establish the network requirements of the data center in order that the deployment is Consistent with current needs.
Ensuring that ‘on-the-ground’ decisions reflect the objectives established through planning, through mapping the requirement onto the actual data center using the most suitable network topology design
Making the correct choice of equipment for the network in terms of density, speed, reliability, efficiency, service and support, return on investment etc.
Since a number of the problems and inefficiencies associated with cabling in the data centers can be traced back to poor installation practices
Since any data center system is only as good as its management and operation, particularly when it needs to bridge a period of significant technological change.
In today’s world where the use of cloud computing by enterprise companies is growing rapidly. A greater dependence on cloud, IoT, edge computing, big data means data center operators must rethink the level of redundancy and reliability of the physical power infrastructure equipment without ever compromising availability or operational efficiency.
Medium Voltage Switchgear
CNS’s MV switchgear equipment adopts vacuum interrupting and air insulation technology and are used in all MV power switching, control and protection required applications, providing users with a complete range of MV solutions from 3.6kV to 40.5kV.
Low Voltage Switchgear
CNS offers the complete LV (Low Voltage) Distribution System in form 1 to form 4 to supply all consumers inside a data center, commercial and industrial facility. The power, taken from behind the generator and transformer bus bar, is adapted to the classical low-voltage standards with the help of station transformers.
Transformers
CNS through Schneider Electric offers a complete line of transformers for critical facilities, commercial and industrial applications in both pad-mounted and substation style. The pad-mounted style is best suited for commercial applications in public access areas and where underground service is required.
Uninterruptible Power Supply (UPS)
CNS supplies installs and commission high performance, right-sized, modular, hot-scalable, single phase and 3-phase power protection with ultra-high availability and efficiency for any size data center or high density power zone.
Motor Control Centers (MCCs)
CNS offers a wide range of low and medium voltage control products. From low voltage motor control centers with intelligent devices and circuit protection products to medium voltage controllers, our vast array of motor control products serve an important part of many critical power solutions.
Busway Systems
Busway offers a versatility in application and a simplicity in installation that cable and conduit can’t match. With more than 50 years of experience, CNS is the leader in busway design and installation. Our busway systems are already working in thousands of commercial and industrial facilities worldwide. All busway systems are manufactured by Schneider Electric and pre-engineered for easy installation, are 100% reusable whenever a system must be modified, and are easily expandable with standard bus components.
Metering & Monitoring
Located at main incoming power, UPS output, generator and paralleling switchgear throughout the data center, Power quality meters and analyzers provide disturbance direction detection, harmonic power flows, impulsive transient detection, waveform capture and flexible I/O for pulse counting. Power monitoring software combined with metering enables you to maximize operational efficiency, optimize your power distribution system, and improve your bottom line performance.
Power Distribution
The growing complexity of IT environments, from wiring closets and server rooms to data centers of all sizes, has increased the need for reliable power distribution to the rack level. Eliminating power management issues is essential for IT and Facilities managers to maintain system availability of increasing higher density equipment.
If your energy bills have sky rocketed due to conventional data center cooling strategies, try more modern systems designed by CNS and bring it back down to earth. Designing and engineering modern data center cooling systems, In row cooling, free cooling, aisle containment and liquid cooling and following the standards is a big step toward a lower energy bill and ensuring up-time of data centers.
Right Design
The easiest way to save money is to reduce how many CRAC units are running. A higher-temperature data center matches needs against risk and requires far less cooling; this means fewer CRAC units. In some data centers, half of the CRAC units can be turned off, directly reducing energy and maintenance costs, after number of operational units comes the decision making on cooling options.
Cooling Containment
Cooling containment means separating cool or cold inlet air from hot discharge air. Containment involves erecting barriers — curtains, blanking panels, walls or other designs — to keep the zones separated. The achievable level of cooling containment depends on white space cabinet layout, new facility design and is determined at project planning stages.
Localized Cooling
Source-of-heat coolers include in-row air conditioners, in-row coolers, above- and below-cabinet coolers, self-cooled cabinets, rear-door coolers, immersion cooling tanks and direct liquid cooling.
In-Row Air Conditioners
In-row air conditioners are packaged like equipment cabinets to stand within or at the end of rows. Some units discharge air to the cool aisle, while others direct air toward higher-load cabinets. In-row coolers provide chilled water-, condenser water- and refrigerant-based heat transfer, with and without humidity control.
Self-Cooled Cabinets
Self-cooled cabinets are the epitome of closed-loop systems. These cabinets recirculate air within their enclosures, cool via water or refrigerant, and work without supplemental cooling in the room.
Rear-Door Coolers
Rear-door coolers are radiators through which chilled water circulates to remove the heat. They replace normal cabinet doors, cooling the hot exhaust air and then discharging it back into the room. Free Air Cooling
Free air cooling is opted if the air outside a data center is regularly below 27 degrees Celsius, free cooling is possible — directly cooling equipment with filtered outside air, or cooling circulating water by outside air, requiring only pumps and no mechanical refrigeration. Kyoto wheels are one example of a free cooling design.
In a connected world the importance of data centers is growing, so too does the need for high-quality networks in order for the demands of the digital economy to be met. The modern datacenters relies on quick and efficient exchanges of information, to and from customers and between the active IT components it houses.
Four Telecommunication Cabling Classes Have Been Developed:
Access To Equipment
The connection to the active IT equipment can be made via the top of the rack (ToR), or via the middle of the row (MoR) or via the end of the row (EoR) While there has been some move in recent years towards ToR based on greater convenience of access and improved space utilization, a number of recent studies indicate that energy consumption, flexibility and switch port utilization may be improved through EoR connection based on any Base-T morphology.
Designing
Designing according to physical constraints of the cabling– link transmission specification, physical flexibility and strength, minimization of interference in order to increase robustness and to prevent any major interruption to transmission.
The Bandwidth And Latency
The bandwidth and latency requirements of the equipment within the data center and the service levels expected of it. Thus, the numbers of servers that are virtualized will increase the complexity of traffic through the data center and in particular this will influence the network topology for switching and routing.
Copper, Fiber Or Both?
The key cabling profiles of copper and fiber can be deployed to meet the different networking needs of the different spaces in a data center building. The first requirement is to understand the bandwidth requirements of each zone. This will depend upon the density of the servers and the networking equipment within the data center, and in other areas of the building.
Testing And Handover?
Testing of each node through authentic Fluke equipment is a critical activity performed by CNS team on each copper and fiber node. After testing a detailed report is prepared and submitted to the facility people for final take over and sign off.
DCIM, EMS/PMS, SCADA
DCIM allows C-level executives, data center managers, and facility managers alike to have complete insight and control over their data center’s daily operations in order to make informed decisions related to capacity planning, equipment changes, and availability. It’s a powerful tool for simulation through the creation of “what if” scenarios across the data center physical infrastructure (e.g., the impact of server placements on power and cooling).
Not only does the software suite streamline operational efficiencies, it enables intelligent energy management, helping data centers play a critical role in responding effectively to the energy crisis. The ability to make such informed decisions from a “building-to-server” perspective can be multilayered with the addition of optional modules created to meet specific user requirements, including:
SCADA
SCADA, an intuitive and scalable solution, is at the heart of our supervisory control and data acquisition (SCADA) systems. With impressive built-in capabilities; the solution ensures reliability, safety and security. It is complemented by a modular and scalable controller.
PMS
To ensure your infrastructure can reliably operate, while still minimizing energy costs and making the most of your current assets, you need a power monitoring system with deep insight into the operation of your electrical infrastructure.
Safe data centers are the indispensable backbone of today’s highly engineered society. They are processing an ever-increasing quantity of videos, voice and data throughout a global network of several billion devices. Applications such as social media, cloud computing, online banking and e- healthcare solutions impact our life everyday. In today’s world, no one can afford not to be connected.
Detection Approaches
There are numerous detection approaches available for use within data centers to provide early warning of a fire. The inherent criticality and essential nature of the equipment in data centers will often dictate the detection approach. Detection strategies typically include spot-type smoke detectors, air-aspirating smoke detectors (e.g., smoke sampling chamber with a sampling tube network), or a combination thereof. As with any approach, there are advantages and disadvantages to these strategies. The data center design and stakeholder goals help to guide the detection design.
Detectors
Spot-type smoke detectors are a very common smoke detection strategy used in data centers. They are often an inexpensive and simple solution. There are two primary forms of spot-type smoke detection: ionization-based detectors and photoelectric smoke detectors. Newer types of intelligent, spot-type detection technologies use built-in algorithms with multiple sensors or multi-criteria to adapt to their environment and minimize the likelihood of false alarms.
VESDA
Air-aspirating or air-sampling detection is becoming increasingly popular in data center applications. This type of detection is known for its ability to detect a fire in its incipient stages and therefore provide earlier warning and faster response time than traditional detection. Similar to intelligent spot-type detectors, air-aspirating detection has the ability to detect a fire at differing smoke obscuration thresholds and can therefore provide multiple warning levels.
Suppression Systems
Facility managers have a range of factors to consider when it comes to data center fire suppression systems. The primary fire protection systems used within data centers typically include: wet pipe sprinklers, pre-action sprinklers, and special suppression (i.e., clean agent, inert gas, or mist). Suppression systems need to consider higher challenge areas such as automated information storage systems units and tape libraries. The preferred clean agent is NOVEC 1230.
Foundation of data center infrastructure is based on its floor and containment system, the design and implementation ensure the stability of equipment and security of miles of cables those are installed in the data centers. CNS offered raised floor system is custom designed to match the equipment on which it is mounted,
CNS represents Bergvik raised floor designed for NEBS Zone 1-4 is the most secure product on the market today. The addition of solid bracing frames anchored to the concrete sub-floor provides the strength and stability to withstand severe seismic activity. This Bergvik raised floor system fulfills all the requirements for seismic reliability according to NEBS. The frames have passed both calculated stress as well as dynamic full-scale tests in accordance with NEBS GR-63 and NEBS GR-2930.
Raceways
CNS offers the broadest, most innovative range of raceway profiles designed to meet your unique needs. Now there’s a better way to add or extend power, communications and audio/visual (AV) access with products that set new standards for installation ease, flexibility and performance. From wall to floor and from steel to plastic, our electrical raceways provide unparalleled options, functionality and aesthetic design.
Conduits
CNS offers the largest range of conduit and conduit fittings worldwide. We provide conduits with high
quality materials to achieve superior performance in harsh climate and offer a complete certified
uPVC conduit pipe and fitting system.
Cable Trays
CNS offers one of the widest ranges of cable tray available in the market today. With unmatched
quality and service, we offer a broad line of high quality cable tray systems to the construction,
electrical, telecommunications, and data com industries.