The design of the Datacenter is prepared keeping in mind the latest developments in the computing environment, and the resulting challenges in Data Center Infrastructure. With high power densities and challenges posed on cooling designs, modern Data Centers must be designed with the necessary skill set, to cap both Customer’s Investment and Total Cost of Ownership in mind.
CNS adopts TIA Standards and Uptime guide lines while preparing the data centre design. CNS highly qualified team of CAD experts using latest versions of Autocad prepare 2D, 3D designs and also prepare walk through simulation models for customs to visualization of what will be the final product after project completion.oject completion.
The TIA942 standard clearly defines the main requirements for Tier I through Tier IV for Data Centers. TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchasers,
facilitating interchangeability and improvement of products, and assisting the purchaser in selecting and obtaining with minimum delay the proper product for their particular need.
Uptime Institute research focuses on Data Center facilities, the IT and facilities interface, and how both functions affect the cost, reliability and energy consumption of computing. Institute Best Practices arise out of work with the practitioners who actually run Data Centers, comparative cost and uptime statistics, consulting work, surveys, and internally funded efforts. The Institute makes this detailed knowledge available to companies within the Networks, and provides high-level summaries for individual Institute members and for the broader Data Center industry in the form of research papers, webinars, and symposia. These publications and events are vendor-neutral.
Highest quality components and systems available in the market will be used in the design. Emphasis will be placed on careful integration of all components, while eliminating weak links and single points of failure.
Systems are designed based on the requirements as defined with the Client, IT Consultant and the Project Manager.
specifying and choosing the equipment that is at the forefront of energy and environmental considerations, and supply products that consume the least amount of electrical power
eliminating electrical pollution fed back to the utility grid by specifying the correct Input Harmonic Current filtering, and taking advantage of the latest developments in Power Electronics that are being employed to practically eliminating the electrical pollution of the utility supply
Using specifically designed environmentally friendly fans in cooling units that are performance oriented, environmentally friendly and posses high efficiencies
increasing cooling efficiency by forcing the flow through pre-planned air paths, and clearly differentiating between hot and cold air and avoiding mixing, loss or leakage of cooling air
finding the optimum balance between required redundancy in devices and over provisioning, thereby relying on scalability, and “maximizing the use spend when you need” approach
specifying and pushing for services for safe recycling/ disposal of obsolete equipment and batteries.
