Renewable energy is among the top emerging technologies being considered by data center owners to help address power and cooling costs, according to a Mortenson survey of corporate data center executives, data center developers and operators, and information technology providers at the 2014 Data Center World conference.
More than eight in 10 survey respondents (84%) feel that there is a need to consider renewable forms of energy, such as wind and solar, to manage future needs.
Energy is by far the biggest cost for data centers, making power and cooling considerations the most important drivers in determining location, design, and construction of facilities. In fact, the top item data center operators say they would most like to change about their facilities is greater energy efficiency. Nearly half of survey participants also believe a better power usage effectiveness (PUE) rating is achievable through improved technologies.
“Worldwide data usage continues to grow, which requires more infrastructure and power to support it, so it’s vital that we leverage innovation to help balance energy demand and supply,” said Scott Ganske, Director of Operations for Mortenson's Mission Critical Group. “There are a number of promising technologies that will drive energy efficiency forward in the next few years; and renewable energy increasingly makes economic as well as environmental sense for the energy supply chain. With costs dropping and operating efficiency rising, we believe renewables are rightly attracting interest from data center operators.”
The cost of producing wind has decreased 58% and solar power by 40% in the past five years, and costs continue to fall, making renewables more cost-competitive with traditional fuel sources in many markets.
At the same time, availability is steadily improving. Wind farms, for example, generate power 50% of the time now, up from 35% in 2007. Several leading technology firms in the U.S. are already investing in power purchase agreements (PPA) with wind energy producers to lock-in energy costs over the long term. Mortenson has built several of the wind farms, located in Illinois, Iowa, and Texas, that are a part of those PPA deals.
The Mortenson survey also covers such issues as:
• Current and future use of data center information management (DCIM)
• Leasing vs. owning facilities
• Growth expectations
• LEED trends
Read the full survey here.
Related Stories
Energy Efficiency | Oct 2, 2015
New York City launches accelerator program for energy efficiency retrofits
Goal is 1,000 buildings a year.
Sponsored | Energy Efficiency | Sep 28, 2015
Nation’s first zero energy retail store features metal roof, composite panels
The building, a Walgreens made with metal and composite material from Petersen Aluminum Corp., includes enough sustainable features to attempt to earn LEED Platinum status.
Energy Efficiency | Sep 25, 2015
Federal renewable energy mandate prompts retrofits
Agencies must get 30% of electricity from renewables by 2025
Energy Efficiency | Aug 28, 2015
North American Passive House Network e-book explains Passivhaus, net-zero techniques
Free guide includes spotlight on individual projects
Energy Efficiency | Aug 24, 2015
Google develops Google Maps for solar energy
The tool offers high-resolution aerial maps, like the one used in Google Earth, to estimate the total sunlight a rooftop receives throughout the year.
Sponsored | Metals | Jul 20, 2015
Life cycle assessment, and why you should care
LCA is a way of quantifying the environmental impact generated by the manufacture and delivery of a product.
Sponsored | Energy Efficiency | Jun 30, 2015
Which Is More Efficient: Wood Walls or Steel and Masonry With Continuous Insulation?
By nature, wood has nearly four times the thermal resistance of steel or masonry
