![]() How well are the utilities protected? How is redundancy built in? By looking underground, you’ll get a better idea of the resiliency, security and redundancy a facility can provide. If business continuity is a top priority when it comes to what you want from a data center provider, ask about the construction process and what’s underground. This technique is advantageous anywhere that concrete encased banks are used provided that enough depth is available for a proper installation and that the area. In the event we lose electrical power, tap boxes, fuel tanks and generators keep the facilities running without interruption. Underground fuel tanks allow us to store enough fuel on site to operate for days without electrical power. We build our facilities with underground fuel storage tanks and fuel piping to conveniently power our indoor generators. Just like with electrical work, we do so in an effort to minimize downtime. Making an attractive facility for carriers isn’t the only reason we do so much underground work. Spacers and supports to be at 5' centers. Tie banks down and stake using rebar at each support. Standard factory bends may be used for 3-1/2 diameter and smaller GRS conduit bends. For 4 diameter and larger GRS conduit bends, minimum bending radius shall be 48. Due to these efforts and our carrier-neutral mentality, we currently have over 16 carriers live on our campus and ready to serve customers when we open the doors for Texas 2. Minimum of 1 bag of dye per 1 yd of concrete. A duct bank assembly may include an elongate extending conduit with a length for receiving and passing through a cable or wire and an encasing body encasing. Unlike with most data centers, carriers will endure minimal cost and effort to set up service in our facilities since we’ve already done most of the underground work for them. This makes our data centers attractive locations for network providers to set up service. Similar to our power feeds, our purpose-built data centers are designed with diverse, concrete-encased telecom duct banks that run from our buildings to the edge of the property. Underground Telecom Conduits Telecom Duct Bank & Conduits Additionally, the duct banks’ concrete fill allows for more efficient dissipation of heat from the power cables and increases ampacity. Basically, these duct banks minimize the possibility of downtime from unexpected incidents. These underground feeds are protected from power failure caused by storms, car accidents and squirrely squirrels. Electrical Duct Banks & ConduitsĪs shown in the BIM model, Texas 2 has underground electrical conduits that are fed by diverse underground, concrete-encased power feeds. Having these pipes underground not only gives the facility a clean look, but it’s safer than having the pipes run overhead in the data center. The blue and green piping in the BIM image above will transport cool water underground from the chillers and back up into the data halls. In addition to hot and cold aisle separation and deep subfloor space, we utilize chillers to provide efficient cooling that can support high-density deployments. Underground Chilled Water Piping Chilled Water Piping
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