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Modular Data Center NOTA
Modular Data Center NOTA is an autonomous infrastructure of data center based on the patented quick-mount framework. Prefabricated data center made of standardized units and materials can be transported in an ISO-container or by other type of transport. There is a choice between ready-made solutions, or it can be customized with any necessary characteristics. Time of mounting and launching starts from one week.
Part number:
Supplier:
UTILEXDescription
Basic Features
Total space of one module – from 6,2 sq.m to 124,74 sq.m
In one module – from 2 to 50 racks (from 600mm*1070mm to 800mm*1200mm and height up to 48U)
Several ways of scalability by square due to the use of the patented mounting plate (Utility model patent №1386777)
Possibility to construct a cluster of modular datacenters from any number of modules with any capacity
Constructed of standard components which can be transported in an ISO-container and mounted without any lifting mechanisms;
Possibility to provide necessary IT load per rack (from 5 to 40kW)
Possibility to provide any level of reliability of engineering infrastructure (TIER I,II,III, IV) and change these parameters in future
No need in foundation/groundwork
Not an object of capital construction
Wide temperature range of mounting and launching
Application
Creation of distributed networks of data centers
Construction of big modular facilities
Development of “private cloud”
Deployment of temporary IT-infrastructure
Basis for leasing a private infrastructure
Benefits
Comparing with traditional brick-and-mortar data centers:
Reduced CAPEX due to the lack of expenses for extended architectural designing stage; lower cost of engineering infrastructure design because of typical systems and components
Economy of time and resources because of no need in aggregation of permits and agreements with state authorities
Opportunity to incrementally build infrastructure along with business development
Release of extra space for other purposes
Reducing power expenses thru effective cooling
Possibility of construction dismantling and its repeated construction at a new site
Comparing with containerized data centers:
Cheaper than containerized data centers, significantly lower costs for transportation
No need in foundation
Possibility to implement any number of equipment of any load and with any level of reliability
Flexible scalability (by racks, not by containers)
Reduced power expenses due to effective cooling
Service room inside the data center meets the requirements of “The Rules of Operation of Power plant”
Enhanced tightness of modular datacenter due to the absence of additional service holes
Total space of one module – from 6,2 sq.m to 124,74 sq.m
In one module – from 2 to 50 racks (from 600mm*1070mm to 800mm*1200mm and height up to 48U)
Several ways of scalability by square due to the use of the patented mounting plate (Utility model patent №1386777)
Possibility to construct a cluster of modular datacenters from any number of modules with any capacity
Constructed of standard components which can be transported in an ISO-container and mounted without any lifting mechanisms;
Possibility to provide necessary IT load per rack (from 5 to 40kW)
Possibility to provide any level of reliability of engineering infrastructure (TIER I,II,III, IV) and change these parameters in future
No need in foundation/groundwork
Not an object of capital construction
Wide temperature range of mounting and launching
Application
Creation of distributed networks of data centers
Construction of big modular facilities
Development of “private cloud”
Deployment of temporary IT-infrastructure
Basis for leasing a private infrastructure
Benefits
Comparing with traditional brick-and-mortar data centers:
Reduced CAPEX due to the lack of expenses for extended architectural designing stage; lower cost of engineering infrastructure design because of typical systems and components
Economy of time and resources because of no need in aggregation of permits and agreements with state authorities
Opportunity to incrementally build infrastructure along with business development
Release of extra space for other purposes
Reducing power expenses thru effective cooling
Possibility of construction dismantling and its repeated construction at a new site
Comparing with containerized data centers:
Cheaper than containerized data centers, significantly lower costs for transportation
No need in foundation
Possibility to implement any number of equipment of any load and with any level of reliability
Flexible scalability (by racks, not by containers)
Reduced power expenses due to effective cooling
Service room inside the data center meets the requirements of “The Rules of Operation of Power plant”
Enhanced tightness of modular datacenter due to the absence of additional service holes