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Strategies for C&I Demand Response: Retail
May 4, 2009 | Updated: April 11, 2012
Retail buildings tend to provide good opportunities for participation in commercial and industrial demand-response programs. Chain retail stores, in particular, can provide significant aggregate load reduction if a number of stores in the chain participate in the program.
Content type: Research Brief | Document ID: TAS-RB-6x | Author: John Sustar
Waste Not, Pay Not: Energy Recovery Ventilation
March 21, 2012
Proper ventilation is essential for maintaining good indoor air quality, yet it places an additional burden on heating and cooling equipment, which must condition air that will soon be exhausted from the building. Fortunately, energy recovery ventilation systems can help ameliorate this problem.
Content type: Research Brief | Document ID: TAS-RB-41 | Author: Essie Snell
Managing Energy Costs in Retail Buildings
March 8, 2010
Retail buildings in the U.S. consume large amounts of energy each year. Find out what you can do to reduce energy consumption and save money.
Content type: ESCD Pamphlet | Document ID: BCO-P-16-ESCD | Author: Essie Snell
Water-Saving Tips for Business Customers
January 6, 2010
Commercial buildings in the U.S. use large amounts of water each year. Find out what you can do to reduce water use and save money.
Content type: ESCD Pamphlet | Document ID: BCO-P-7-ESCD | Author: Essie Snell
High-Efficiency Electric Hand Dryer Savings
December 21, 2009
What are the energy and cost savings of high-efficiency hand dryers compared to conventional models?
Content type: Ask E Source | Document ID: TAS-TN-1-10d | Author: Joe Shekiro
Deploying UV Light in HVAC Ducts to Stop H1N1 and Other Diseases
October 22, 2009
The President’s Council of Advisors on Science projected that H1N1 flu might cause up to 90,000 deaths this season. Is deploying ultraviolet (UV) lights in HVAC supply air ducts a useful tool to reduce the spread of the virus in office buildings, and does UV deliver other benefits?
Content type: Ask E Source | Document ID: TAS-TN-11-09e | Author: Joe Shekiro
Smart Circulators for Hydronic Heating
August 25, 2009
What are smart circulators, and do they save energy?
Content type: Ask E Source | Document ID: TAS-TN-9-09e | Author: Mary Horsey
Cost-Cutting Technique Puts Refrigerant Charge in the Palm of Your Hand
July 29, 2009
A breakthrough temperature-based technique for determining and adjusting refrigerant charge levels in air conditioners has the potential to reduce the costs of maintaining equipment efficiency.
Content type: Tech News | Document ID: TAS-TN-8-09e | Author: Mary Horsey
Cool Thermal Storage for Unitary Air Conditioners
July 17, 2009
After a decade of development, ice storage for small unitary air conditioners is still expensive but has the potential to be competitive with several utility-scale electricity storage technologies. It remains to be seen if the latest generation of equipment can live up to manufacturer projections.
Content type: Resource Guide | Document ID: TAS-RG-17 | Author: Mary Horsey
Chilled-Beam Cooling Offers HVAC Savings
June 26, 2009
How does chilled-beam cooling technology work, and what are its benefits?
Content type: Ask E Source | Document ID: TAS-TN-7-09d | Author: Mary Horsey
BASs for Small Commercial Buildings
February 1, 2009
Are building automation systems (BASs) available for commercial buildings smaller than 10,000 square feet?
Content type: Ask E Source | Document ID: TAS-TN-2-09c | Author: John Sustar
Managing Energy Costs in Auto Dealerships
June 1, 2007
Reducing energy costs is a major consideration for automobile dealerships, where energy is the third-highest overhead expenditure. According to the National Automobile Dealers Association, U.S. dealerships use about 18 percent more energy per square foot than a typical office building. The best opportunities ...
Content type: ESCD Pamphlet | Document ID: MAS-P-14-ESCD | Author: Alexandra Behringer
Hallmark Cards: Lighting Upgrades
Hallmark converted two-lamp, 8-foot, high-output industrial fixtures to use four 4-foot T8 lamps with low ballast-factor electronic ballasts. Power requirements per fixture dropped from 215 to 97 watts.
Content type: Best Practice | Document ID: CEMC-BP-41
