
| Title | Effective Lighting Control |
| Publication Type | Journal Article |
| Year of Publication | 1982 |
| Authors | Peterson, D., and Francis M. Rubinstein |
| Secondary Title | Lighting Design + Application |
| Volume | 13 |
| Number | 2 |
| Publication Language | eng |
| Call Number | LBL-14201 |
| Abstract | Lighting is one of the largest energy loads in a large commercial building. Lighting typically accounts for 35-50% of the electrical consumption which, in turn, dominates the total energy costs in a building. Since Edisons day, there has been a 100-fold increase in the efficacy of lighting sources. Relatively little progress, however, has been made in reducing consumption through effective lighting management - using the optimal amount of light, where needed, and when needed. Commercial lighting control is an area where the potential for major energy saving exists. A number of new products have begun to emerge which focus on lighting control. To identify promising technologies and to expedite their adoption by building owners, the Department of Energy funded a program by Lawrence Berkeley Laboratory to test new, commercially available lighting controls in an actual office environment. The tests were designed to demonstrate the following: (1) which control strategies have the greatest impact and why (2) economic trade-offs between control cost and savings potential (3) acceptability of the controls to occupants (4) control reliability. |
| Custom 1 | Lighting Systems Group |
| LBNL Report Number | LBL-14201 |
| Citation Key | 11777 |
| Attachment | Size |
|---|---|
| 1.51 MB |