News
Building Dashboard® Network™ featured in Campus Technology Magazine
June 15, 2010
Chatsworth, CA - Building Dashboard® Network™, Lucid's new product which displays building energy and water use information in a socially contextualized way for students, residents and facilities managers is featured in Campus Technology Magazine. From the article:
A new social network that is expected to be released in summer 2010 lets people view, compare, and share energy and water usage data for their buildings. Lucid Design Group's Building Dashboard Network will be used in the 2010 Campus Conservation Nationals, a November competition that lets universities square off to see who can reduce their energy consumption the most.
... The new social network will allow building owners and managers to set up profile pages featuring building avatars and real-time energy and water use. "You can easily search for buildings, compare performance, and set up energy reduction competitions across the Building Dashboard Network," said Michael Murray, Lucid's CEO.
... The Building Dashboard Network will integrate with Facebook and Twitter to post updates to personal profile pages and feeds.
Read more:
Read the Campus Technology Magazine article online >>
About Lucid
Founded in 2004, Lucid Design Group, Inc. ("Lucid") is a privately held cleantech software company and a pioneer in providing real-time information feedback to teach, inspire behavior change and save energy and water resources in buildings. Over the past seven years, Lucid's team has endeavored to make resource use visible, accessible and engaging so that building occupants have the data visualization and communication tools to manage and reduce their consumption.
Today, tens of thousands of people live and work in schools, companies, community and commercial buildings and homes enhanced by Lucid's web-based Building Dashboard® technology. Now in its fourth generation, the intuitive Building Dashboard® user interface allows occupants to connect personal electricity, water and natural gas consumption with the actions and events that take place within buildings.
