The EMerge Alliance – an open industry association leading the rapid adoption of safe direct-current (DC) power distribution standards for commercial buildings – today announced the formation of a new Campus Microgrid Technical Standards Committee at the American Institute of Architects (AIA) 2012 National Convention and Design Exposition.
Chaired by Guy AlLee, of Intel’s Energy Research and Sustainability Labs, the new committee will focus on establishing a standard for the integration of DC microgrids throughout a building or campus. The standard will focus on improved efficiency of integrated on-site power generation, storage, distribution and use by capitalizing on the utilization of native DC power. With input from member organizations, the new Campus Microgrid standard will integrate the other EMerge Alliance standards that enable the use of DC power at various levels and in a variety of spaces. The resulting set of standards will further advance the Alliance’s mission to help building designers and owners achieve greater flexibility, sustainability and savings.
According to EMerge Alliance Chairman Brian Patterson, the Alliance has been working toward a vision of DC microgrids in four key areas – occupied spaces, data and telecommunications centers, building services and outdoor applications – since the organization was founded in 2008.
The Campus Microgrid Technical Standards Committee is open to all Alliance members at the Governing and Participating levels, and will include consideration of power, infrastructure, peripheral device and control applications required to operate a building using DC power. The group is inviting other innovative organizations in the commercial building industry to join and contribute to this groundbreaking standards development effort. +
Related Stories
| Oct 1, 2012
Tyco completes separation process, now largest pure-play fire protection and security business
Tyco Integrated Security focused on delivering security solutions to commercial businesses.
| Sep 28, 2012
Seattle is home to first LEED-certified modular radiation center
By using modular construction and strategic site design, RAD Medical Systems built the first radiation center to receive LEED certification.
| Sep 26, 2012
EDITORIAL OPPORTUNITY – BD+C Greenbuild 2012 Issue
Your firm is invited to contribute to this special issue, which will be distributed at Greenbuild San Francisco, Nov. 14-16, 2012.
| Sep 24, 2012
Reed Construction completes Lafarge headquarters in Chicago
Reed Construction was contracted to complete the full third floor build-out which included the construction of new open area work space, private offices, four conference rooms with videoconferencing capabilities and an executive conference boardroom.
| Sep 24, 2012
Chicago Lakeside shortlisted for the Sustainia Award
The “Lakeside Idea” is about bridging a brownfield industrial past to a green lifestyle future, from steel mill to innovation mill.
| Sep 24, 2012
$3.8-million athletic field and track opens in Glen Head, N.Y.
The complex also includes a new, one-story, multi-purpose building that serves as the main entry port to the athletic facilities.
| Sep 21, 2012
AAMA and WDMA release updated review and forecast that predicts industry trends
Significant volume is expected to return to the entry and interior door market as new construction demand is expected to grow at double-digit rates, outpacing remodeling and replacement activity as the housing market recovers.
| Sep 20, 2012
Mid-box retail study shows lack of available sites in Chicago
Existing supply is tight everywhere and almost non-existent in the most attractive zones.
| Sep 20, 2012
Forrester begins construction of freestanding cancer center in Montgomery County, Md.
The new 51,000-square-foot building will include two linear accelerator vaults for radiation equipment.
| Sep 19, 2012
Modular, LEED-Gold Certified Dormitory Accommodates Appalachian State University Growth
By using modular construction, the university was able to open a dorm a full year earlier than a similar dorm built at the same time with traditional construction.