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Labs21 Laboratory Equipment Efficiency Initiative

Laboratory equipment energy use constitutes from 10 to as much as 50 percent of the total energy use in a laboratory (not including associated cooling energy use). However, there has been little attention paid to this as an area for efficiency improvements, partly because of the real and perceived lack of energy efficient choices in laboratory equipment and insufficient data on energy use characteristics of lab equipment.

The goal of this initiative is to develop a clearer understanding of laboratory equipment energy use and efficiency opportunities and to explore potential avenues to encourage market transformation through purchasing specifications that include efficiency criteria. The University of California (UC) Office of the President has volunteered to chair this initiative.

Activities

Objectives

The short term objectives are to:

  • Encourage equipment manufacturers to provide energy efficiency data for their equipment and highlight energy efficiency features of their equipment. UC has contacted several manufacturers, encouraging them to develop efficiency ratings for laboratory equipment. Review a sample letter (Adobe PDF. Click for more information. 1 pp., 45 KB, about PDF).

  • Develop a representative inventory of laboratory equipment and its operational characteristics. This information will be used to prioritize the equipment inventory by areas of greatest impact. Review a sample survey form (Adobe PDF. Click for more information. 2 p., 66 KB, about PDF). Please contact Paul Mathew for a writeable version of the survey form.

The long term objectives are to:

  • Work with equipment manufacturers, university personnel, lab designers, and other experts to determine the efficiency opportunities for equipment. In particular, identify the extent to which there are functionally equivalent alternatives for each type of equipment and whether energy efficiency is a selection criterion.

  • Determine efficiency metrics and identify testing protocols, taking into account peak demand and total energy use.

  • Assess alternative approaches to purchasing specifications, including labeling (e.g., ENERGY STAR).

To participate in this initiative or for more information, please contact:

Paul A. Mathew
Lawrence Berkeley National Laboratory
Phone: (510) 486-5116
E-mail: pamathew@lbl.gov or labs21@erg.com