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Product category: Building Services
News Release from: Distech Controls | Subject: LON based controllers
Edited by the Buildingtalk Editorial Team on 19 October 2007

Energy efficient house in Solar
Decathlon

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Distech Controls has donated LON based controllers to Cornell University for their solar powered energy efficient house project and their participation in the Solar Decathlon.

The Solar Decathlon, taking place in Washington, D.C from October 12th to 20th, 2007, is organized by the National Renewable Energy Laboratory of the U.S Department of Energy, the 2007 event is the third edition Twenty teams, composed of students from universities across the U.S, are invited to compete in this unique contest

Each team must design, build and operate the most attractive, effective and energy efficient solar powered house.

The houses are judged on architecture, engineering, market viability, communications, comfort zone, appliances, hot water, lighting, energy balance and getting around.

The Solar Decathlon is open to the general public and the main goal is to educate the population about efficiency and current viability of solar power, energy efficient technologies and to encourage responsible decision in energy choices.

The 2007 Cornell University Solar Decathlon Team is a strong contender for the prize with its 120 students from different backgrounds.

At the 2005 edition, they went home with the second-place honours and are aiming for the first place this year with their unique project.

The uniqueness of their house, while being optimized for energy efficiency and being solar powered, is that it offers a great flexibility to homeowners.

Among other things, the rooms of the house can be configured in many different ways, including a compartmentalized sunroom, additional living room space or extended deck.

In addition, the solar electrical power systems are located differently.

Instead of placing the solar panels on the roof of the building, the team designed it so that they are attached to an independent structure: the Light Canopy.

This allows homeowners to integrate a solar powered technology by rearranging the components of their houses without having to completely modify the structure.

The Solar Decathlon and Cornell University's project appealed to Distech Controls' interest of promoting greener and more energy efficient solutions with building automation systems.

"It was our pleasure to be involved in this project and encourage such an innovative team" says Etienne Veilleux, President and CEO of Distech Controls "It is important to show and educate everyone on how intelligent building automation systems can optimize energy efficiency and how technology, such as ours, can simplify green building solutions.

The Distech Controls LON programmable controllers allowed the flexibility and custom programming options required for the project.

"We contacted Distech Controls because we were in search of controllers that we could easily integrate with our LONWORKS system.

Of all the products we shopped around for, Distech Controls seemed to have the simplest interface and most versatile.

We were in a stressful time-crunch, and Distech Controls was able to deliver exactly what we needed" says Andrew Shoffstall, Controls Engineer of the Cornell University Solar Decathlon Team.

At the center of the control network of the house, the controllers serve to manage the HVAC, lighting and other systems such as security.

Furthermore, they are responsible for interpreting sensors, touch screen and other networked data to help fully automate the house.

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