Information Technology

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Energy use in the information technology sector is increasing rapidly, presenting an opportunity as well as a challenge to the overall growth in energy demand.

Growing Sector Provides Potential

The information and communications technology (ICT) sector accounts for an increasing demand for energy, while also offering promising solutions to the overall increase in energy use.

On the one hand, energy-intensive computing and Internet communications are quickly becoming the fastest growing energy-use sector. According to a 2011 Stanford University/New York Times study, data centers comprised 2 percent of U.S. electricity consumption in 2010 — a 250 percent jump since 2000 — and increasing adoption of home electronics including computers, smartphones, digital cable set-top boxes and video game consoles are driving up domestic energy usage at the same time. However, that same study points out that data center energy consumption growth has grown slower than predicted due to increasing use of cloud computing and desktop virtualization, reducing the need for businesses to maintain their own in-house data centers and allowing them to utilize lower-power computers like thin clients or laptops.

The ICT sector also creates energy-saving opportunities by reducing freight and travel, automating building systems and technologies, optimizing utility distribution, and making smart-grid technologies possible.

Making sure that ICT equipment — from the largest data centers down to your mobile phone — run more efficiently is critically important to managing the world's energy use. But innovative applications of this technology can also drastically reduce the energy use of other sectors.

November 20, 2013 - 8:00am - November 22, 2013 - 5:00pm
Philadelphia, Pennsylvania

The EE Eight: Energy-Efficient Campuses in the NCAA Basketball Tournament

With college basketball’s March Madness tournament just around the corner, the Alliance to Save Energy has compiled a list of the most energy-efficient campuses entering the NCAA competition.

Students of all ages are accustomed to being graded on their work and ranked against their peers. It’s a common practice for just about everything in society from education to politics, but athletics is perhaps one of the most scrutinized and ranked fields out there. With college basketball’s March Madness tournament just around the corner the Alliance to Save Energy has compiled its picks for the most energy-efficient campuses entering the NCAA competition.

In no particular order, here are the Alliance's EE Eight:

Right Under Your Roof: Stop the Heat Bleed

See how the Energy Response Corps' online tool can evaluate how much your home is losing to Heat Bleed.

When you get a cut or scrape, you use a band aid to stop the bleeding. But what if your house was bleeding and you didn’t know it? Heat Bleed is the result of energy loss in homes caused by such factors as outdated HVAC systems,old appliances, and non-energy efficient windows and doors. However, the main cause of Heat Bleed is inadequate insulation and air leakage, and it not only affects older homes, but it affects newer homes as well.

Diverse Commission Unveils Plan to Double U.S. Energy Productivity

Energy 2030
Author: 
Allyson Schmutter
Contact Email: 
aschmutter@ase.org
Date: 
February 7, 2013

A diverse coalition of energy leaders unveil a set of recommendations designed to double U.S. energy productivity by 2030. Achieving goal could save $327 billion annually and add 1.3 million jobs.

A diverse coalition of energy leaders unveil a set of recommendations designed to double U.S. energy productivity by 2030.

February 27, 2013 - 12:00pm - March 1, 2013 - 12:30pm
2660 Woodley Road Northwest, 20008 Washington, District Of Columbia

Air Travel and Efficiency: How U.S. Airports are Saving Energy

As you run through airport terminals this holiday season, don’t just fly by their energy-efficient features. Many airport terminals boast some of the country’s greatest advancements in energy efficiency.

As you run through airport terminals this holiday season, don’t just fly by their energy-efficient features. Many airport terminals boast some of the country’s greatest advancements in energy efficiency.

Photos above and listed first below are courtesy of DFWairport.com.

Power Generation and Smart Grid

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October 31, 2012

This research report, drafted by the Alliance Commission on National Energy Efficiency Policy (ACNEEP), focuses on analyzing the current state of energy efficiency within the power generation area and the challenges of modernizing the United States’ electrical grid and the potential of these energy updates as means to help reach the goal of doubling energy productivity by 2030.

Presentation

This research report, drafted by the Commission, focuses on analyzing the current state of energy efficiency within the power generation area and the challenges of modernizing the United States’ electrical grid and the potential of these energy updates as means to help reach the goal of doubling energy productivity by 2030.

Smart Manufacturing: Energy Management can Magnify Energy Savings

Author(s): 
Robert Bruce Lung

Within the context of energy management, industrial automation, advanced controls and sensors, and information technology assets offer even more significant energy savings potential.

Smart manufacturing describes the use of real-time data, technological integration and human decision-making to optimize process efficiency, prevent equipment failure, improve productivity and energy intensity. As the technologies involved become more sophisticated, the potential for greater productivity and energy efficiency gains increases.

October 17, 2012 - 8:00am - 12:15pm
Hamilton Square, 600 14th Street, NW , 20005 Washington, District Of Columbia
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