This flexible climate control option for use in small and medium enterprises can dissipate heat losses of up to 12 kW through an integrated cooling unit, and two new versions are suitable for rack-based and row-based climate control.
In the summer of 2011, Time Warner Cable’s mission critical team was presented with a unique problem: How do you build nearly 15,000 sq ft of data center space in one of the most expensive and densely populated neighborhoods in the United States?
Situated in Beaverton, OR, cloud, managed services, and colocation provider EasyStreet Online Services, Inc., understands the need for sustainability and seized the opportunity to be a beacon of how to build energy-efficient data centers.
A twist on traditional combined cooling, heat, and power (CCHP) systems makes trigeneration technology more accessible for mission critical facilities in the 1 MW to 20 MW range.
Historically, there are four primary reasons that enterprise data centers haven’t widely adopted combined cooling, heating, and power (CCHP) tech-nology: up-front cost, consistent quality, scalability, and finding effective uses for waste heat.
The modular design of the new STULZ CyberCon permits the ability to scale capacity and quickly align with IT demand and rapidly changing environmental conditions.
Since energy efficiency numbers for the data center facility infrastructure have improved so much over the last few years and have begun to approach the perfect PUE of 1.00, the pressure to improve has moved to the IT side of the equation.