The U.S. Department of Energy’s (DOE’s) National Renewable Energy Laboratory (NREL) has expanded its collaboration with Alaska’s Cold Climate Housing Research Center (CCHRC).
“The Arctic environment, with its high cost of energy in remote communities and challenging climates, provides a strategic platform for NREL’s research into renewable power, sustainable transportation, energy efficiency, and energy systems integration,” NREL says. Based in Fairbanks, Alaska, CCHRC has designed energy efficient, healthy homes in some of the harshest conditions on Earth.
Temperatures in the Fairbanks area range from minus 50 degrees to 80 degrees Fahrenheit each year. NREL and CCHRC have complementary research capabilities—whole-building energy use, building energy system integration, health and indoor air quality, and energy technology design and deployment in extreme and rural environments.
NREL’s 10-year strategy includes a focus on Integrated Energy Pathways, an expanding research area that guides solutions to enable the efficient and reliable operation of our future energy system. “The expanded collaboration between the National Renewable Energy Laboratory and the Cold Climate Housing Research Center will allow us to test the resiliency and reliability of energy-efficient and renewable energy technologies in extreme weather conditions,” said Daniel R. Simmons, assistant secretary for the office of energy efficiency and renewable energy.
Related Stories
Codes and Standards | Mar 2, 2015
Nevada moves to suspend prevailing wage rules on school projects
The Nevada Senate approved a bill that would suspend prevailing wage rules on school projects.
Codes and Standards | Mar 2, 2015
Proposed energy standard for data centers, telecom buildings open for public comment
The intent of ASHRAE Standard 90.4P is to create a performance-based approach that would be more flexible and accommodating of innovative change.
Codes and Standards | Feb 22, 2015
Louisiana officials critical of stricter building standards in flood-prone areas
Buildings would have to be built either two or three feet above the base flood elevation for a 100-year flood or above the base elevation for a 500-year flood.
Codes and Standards | Feb 18, 2015
Buildings with rocking steel-braced frames are advantageous in earthquakes
Research at Case Western Reserve University has found that buildings that rock during an earthquake and return to plumb would withstand seismic shaking better than structural designs commonly used today in vulnerable zones of California and elsewhere.
Codes and Standards | Feb 18, 2015
USGBC concerned about developers using LEED registration in marketing
LEED administrators are concerned about a small group of developers or project owners who tout their projects as “LEED pre-certified” and then fail to follow through with certification.
Codes and Standards | Feb 12, 2015
ASHRAE, USGBC, IES consider biomass requirements in green building standard
The proposal would add biomass to approved renewables.
Codes and Standards | Feb 12, 2015
New Appraisal Institute form aids in analysis of green commercial building features
The Institute’s Commercial Green and Energy Efficient Addendum offers a communication tool that lenders can use as part of the scope of work.
Codes and Standards | Feb 8, 2015
ASHRAE, IAQA approve consolidation
Under the consolidation, IAQA will become a part of the ASHRAE organization while maintaining its own brand and Board of Directors.
Codes and Standards | Feb 6, 2015
Obama executive order requires federal construction projects to consider flood damage caused by climate change
To meet the new standard, builders must build two feet above the currently projected elevation for 100-year floods for most projects.
HVAC | Feb 6, 2015
ASHRAE, REHVA publish guide to chilled beam systems
The guide provides tools and advice for designing, commissioning, and operating chilled-beam systems.