Question-and-Answer Resource for the Building Energy Modeling Community
 | 1 | initial version |
Two formulas that I've used in the past: SEER approximately equal to 0.9 * EER EER = -0.02SEER^2 + 1.12SEER
The first is just from general googling, and was a rough consensus value between several sources. The second is from the eQuest mailing list forums. Using a SEER of 10 gives you 9 from the first, and 9.2 from the second.
| | 2 | No.2 Revision |
Two formulas that I've used in the past:
past:
SEER approximately equal to 0.9 * EER EER = -0.02SEER^2 + 1.12
SEERSEER
The first is just from general googling, and was a rough consensus value between several sources. The second is from the eQuest mailing list forums. Using a SEER of 10 gives you 9 from the first, and 9.2 from the second.
| | 3 | No.3 Revision |
Two formulas that I've used in the past:
SEER approximately equal to 0.9 *
EEREER
EER = -0.02SEER^2 + 1.12SEER
The first is just from general googling, and was a rough consensus value between several sources. The second is from the eQuest mailing list forums. Using a SEER of 10 gives you 9 from the first, and 9.2 from the second.
| | 4 | No.4 Revision |
Two formulas that I've used in the past:
SEEREER approximately equal to 0.9 *EERSEER
EER = -0.02SEER^2 + 1.12SEER
The first is just from general googling, and was a rough consensus value between several sources. The second is from the eQuest mailing list forums. Using a SEER of 10 gives you 9 from the first, and 9.2 from the second.
