14
matching recommendations| ID | # | Year | Description | Yearly Savings |
Implementation
Imp Cost |
Status |
|---|---|---|---|---|---|---|
| KS2206 #08 Y:2022 | 08 | 2022 | Use solar heat to make electricty | $85,249 | $849,734 | |
| KS2206 #07 Y:2022 | 07 | 2022 | Utilize higher efficiency lamps and/or ballasts | $2,386 | $4,602 | |
| KS2206 #06 Y:2022 | 06 | 2022 | Keep doors and windows shut when not on use | $397 | - | |
| KS2206 #05 Y:2022 | 05 | 2022 | Utilize energy-efficient belts and other improved mechanisms | $741 | $390 | |
| KS2206 #04 Y:2022 | 04 | 2022 | Isolate hot or cold equipment | $2,342 | $3,334 | |
| KS2206 #03 Y:2022 | 03 | 2022 | Reduce infiltration to refrigerated areas; isolate hot equipment from refrigerated areas | $2,067 | $4,835 | |
| KS2206 #02 Y:2022 | 02 | 2022 | Reduce infiltration to refrigerated areas; isolate hot equipment from refrigerated areas | $5,185 | - | |
| KS2206 #01 Y:2022 | 01 | 2022 | Recharge batteries on during off-peak demand periods | $8,106 | - | |
| WM0178 #06 Y:2022 | 06 | 2022 | Utilize energy-efficient belts and other improved mechanisms | $120 | $500 | |
| WM0178 #05 Y:2022 | 05 | 2022 | Reduce space conditioning during non-working hours | $139 | - | |
| WM0178 #04 Y:2022 | 04 | 2022 | Reduce space conditioning during non-working hours | $154 | - | |
| WM0178 #03 Y:2022 | 03 | 2022 | Lower temperature during the winter season and vice-versa | $189 | - | |
| WM0178 #02 Y:2022 | 02 | 2022 | Utilize higher efficiency lamps and/or ballasts | $404 | $2,564 | |
| WM0178 #01 Y:2022 | 01 | 2022 | Use synthetic lubricant | $4,241 | $8,000 |