Datapod recently signed a 5 year deal with a major resources company that will see the Datapod system deployed globally in a variety of climatic regions and a range of sizes and densities – all based on the standardized Datapod architecture. Factory-built systems will be rolled out from July 2018 to sites across Australia, and globally from the following year. Competition from manufacturers around the world fell away as the customer’s stringent technical and safety demands became apparent. Datapod’s proven track record in the resource sector as well as our >1500 days without LTI safety record were key factors in our selection, according to Managing Director Scott Carr. “You can’t operate for nearly 5 years without incident unless safety is embedded in the culture of the company”.
Datapod has completed the delivery of a multi-module end-to-end facility including chillers, generators, main boards, fire suppression and a highly configured datahall to a remote, hazardous location by air, using An-124 and C-17a heavy lift aircraft. Achieving certification for air-transport was a significant milestone for Datapod as the requirements incorporated in the relevant national air transport standards present significant engineering hurdles that had to be overcome. Re-engineering the Datapod modules for airfreight, including being capable of withstanding up to 6G forces required a complete review of every component. For information on how the Datapod system could meet your mission requirements contact us through firstname.lastname@example.org
Canberra, January 28, 2016: Modular data center manufacturer Datapod has released a low-profile single module ‘all-in-one’ system that can be flown to it’s deployment site in the ubiquitous ‘Herc’. The Lockheed Martin C-130J-30 Hercules is the most commonly used logistics transport aircraft in the world, in use with the UN, and most western governments/armed forces.
Canberra-headquartered Datapod has recognized the demand for an ‘all-in-one’ modular data center system. The ‘Projectpod’ range of single module units provides users with between 4 and 7 IT/Communications racks, with higher density versions supported by externally mounted heat-exchange condenser units to ensure loads of up to 15KW per rack can be accommodated.
LOW-DENSITY RACKS IN A LOW-PROFILE MODULE
In an effort to reduce the overall form-factor of the module which would allow the system to be flown in the C-130J Hercules, Datapod have engineered a reduced-height system with in-built airconditioning module. Capable of accommodating 4 low-density racks of ICT equipment, and featuring a separate UPS rack, with internal air-lock facility to maintain the cleanliness of the IT environment, the Low-Profile Projectpod is expected to fulfil the needs of organizations requiring rapid deployability in remote areas. Whether it be in support of humanitarian work, in a military theater, or research studies in the field, localized IT capacity is now considerably simpler to deploy.