WASHINGTON, D.C.--(ENEWSPF)--November 30, 2010. During a live online chat at the White House earlier today, U.S. Energy Secretary Steven Chu announced that 24 projects are receiving a total of $21 million in technical assistance to dramatically reduce the energy used in their commercial buildings. This initiative, supported with funding from the American Recovery and Reinvestment Act, will connect commercial building owners and operators with multidisciplinary teams including researchers at DOE's National Laboratories and private sector building experts. The teams will design, construct, measure, and test low-energy building plans, and will help accelerate the deployment of cost-effective energy-saving measures in commercial buildings across the United States.
"These Recovery Act projects are bringing together experts from our National Laboratories and the private sector to help businesses and organizations reduce the energy they use in their facilities, saving them money on their energy bills and making them more competitive economically," said Secretary Chu. "This initiative will also demonstrate to other commercial building operators that cost-effective, energy-efficient technologies exist today that will help lower the operating and energy costs of their buildings."
Through DOE's Commercial Building Partnerships, teams comprised of private sector technical experts and personnel from National Laboratories will help guide projects to achieve 30 percent measured energy savings in existing buildings and 50 percent energy savings in new construction projects. About half of the two dozen projects focus on energy efficiency upgrades for existing buildings. The three-year projects will provide comprehensive business and technical case studies for broad publication, including actual energy performance data from the completed projects, to help spur wider adoption of energy-efficient building practices across the industry.
The projects are funded with a public/private cost-sharing agreement, where the building owners and operators contribute at least 20 percent. Building owners and operators do not receive direct funding through the project, but instead get access to state-of-the-art technical guidance to implement energy efficiency technologies throughout the design, construction, and evaluation phases of their building and retrofit projects. This technical expertise includes energy modeling and energy performance verification by laboratory researchers and private sector experts.
The selected building owners and operators benefit by learning about measures they can apply across their extensive building portfolios. The use of private sector consultants and National Laboratory experts helps ensure that the energy efficiency measures and lessons learned in the projects will be quickly adopted by the marketplace.
Three DOE National Laboratories-Lawrence Berkeley National Laboratory (LBNL), the National Renewable Energy Laboratory (NREL), and the Pacific Northwest National Laboratory (PNNL)-will manage the effort and provide technical assistance for the selected projects. The aggressive energy efficiency design goals for each project include reasonable returns on investment and must meet other business criteria established in collaboration with the partners.
Each project will receive technical assistance valued at between $200,000 and $1.2 million, depending on the scope and nature of the plan. The following is a list of the selected projects:
* Cascadia Center for Sustainable Design and Construction; The Bullitt Foundation; Seattle, Washington
* Center for Alternative, Renewable Energy, Technology and Training; Clark Atlanta University; Atlanta, Georgia
* The College of Architecture + Planning at the University of Utah; Salt Lake City, Utah
* The Defense Commissary Agency; Lackland Air Force Base; San Antonio, Texas
* Grand Valley State University; Allendale, Michigan
* Hines; Somerset, New Jersey
* The Home Depot; Rocklin, California
* Living City Block; Denver, Colorado
* The LOOP at the University of California; Mesa Lane Partners; Santa Barbara, California
* Long Beach Gas and Oil; Long Beach, California
* Massachusetts Institute of Technology; Cambridge, Massachusetts
* Oregon Built Environment & Sustainable Technologies Center; Portland, Oregon
* Shy Brothers Farm; Westport, Massachusetts
* Sierra Nevada Job Corps; Reno, Nevada
* Smart Grid Development; North Kingstown, Rhode Island
* Twentieth Century Fox Film Corporation; Los Angeles, California
* University of California Merced; Merced, California
* University of South Carolina; Columbia, South Carolina
* U.S. Army; Fort Bragg, North Carolina
* U.S. General Services Administration; Portsmouth, New Hampshire
* U.S. General Services Administration; Region 9 locations
* U.S. General Services Administration; San Francisco
* Walmart; two locations to be determined
During the selection process, each building owner or operator submitted plans for designing a new building or upgrading existing buildings and committed to working with National Laboratories and technical experts. Project selection criteria included the likelihood of achieving significant energy savings, the probability of success, widespread deployment potential, contribution to a diverse DOE portfolio of energy-saving solutions, and the organizations' commitment to improving energy efficiency.
Learn more about Commercial Building Partnerships and other projects that are part of DOE's Building Technologies Program.
Related Stories
| May 1, 2013
Groups urge Congress: Keep energy conservation requirements for government buildings
More than 350 companies urge rejection of special interest efforts to gut key parts of Energy Independence and Security Act
| May 1, 2013
World’s tallest children’s hospital pushes BIM to the extreme
The Building Team for the 23-story Lurie Children’s Hospital in Chicago implements an integrated BIM/VDC workflow to execute a complex vertical program.
| Apr 30, 2013
Healthcare lighting innovation: Overhead fixture uses UV to kill airborne pathogens
Designed specifically for hospitals, nursing homes, child care centers, and other healthcare facilities where infection control is a concern, the Arcalux Health Risk Management System (HRMS) is an energy-efficient lighting fixture that doubles as a germ-killing machine.
| Apr 30, 2013
First look: North America's tallest wooden building
The Wood Innovation Design Center (WIDC), Prince George, British Columbia, will exhibit wood as a sustainable building material widely availablearound the globe, and aims to improve the local lumber economy while standing as a testament to new construction possibilities.
| Apr 26, 2013
Apple scales back Campus 2 plans to reduce price tag
Apple will delay the construction of a secondary research and development building on its "spaceship" campus in an attempt to drive down the cost of developing its new headquarters.
| Apr 26, 2013
Documentary shows 'starchitects' competing for museum project
"The Competition," a new documentary produced by Angel Borrego Cuberto of Madrid, focuses on the efforts of five 'starchitects' to capture the design contract for the new National Museum of Art of Andorra: a small country in the Pyrenees between Spain and France.
| Apr 26, 2013
Solving the parking dilemma in U.S. cities
ArchDaily's Rory Stott yesterday posted an interesting exploration of progressive parking strategies being employed by cities and designers. The lack of curbside and lot parking exacerbates traffic congestion, discourages visitors, and leads to increased vehicles emissions.
| Apr 26, 2013
Decaying city: Exhibit demonstrates the fragility of the man-made world
Theater set designer Johanna Mårtensson built a model cityscape out of bread only to watch it decay.
| Apr 25, 2013
SmithGroupJJR hires Lise Newman as Workplace Studio Leader in Detroit
SmithGroupJJR, one of the nation's largest architecture, engineering and planning firms, has hired architect Lise Newman, AIA, as Workplace Studio leader at its Detroit, Mich. office.
| Apr 25, 2013
Colorado State University, DLR Group team to study 12 high-performance schools
DLR Group and the Institute for the Built Environment at Colorado State University have collaborated on a research project to evaluate the effect of green school design on occupants and long-term building performance.
