34
matching recommendations| ID | # | Year | Description | Yearly Savings |
Implementation
Imp Cost |
Status |
|---|---|---|---|---|---|---|
| NV0066 #07 Y:1996 | 07 | 1996 | Heat water with exhaust heat | $5,214 | $3,300 | |
| NV0066 #06 Y:1996 | 06 | 1996 | Optimize plant power factor | $657 | $1,760 | |
| NV0066 #05 Y:1996 | 05 | 1996 | Install occupancy sensors | $245 | $94 | |
| NV0066 #04 Y:1996 | 04 | 1996 | Improve air circulation with destratification fans / other methods | $4,678 | $11,375 | |
| NV0066 #03 Y:1996 | 03 | 1996 | Eliminate leaks in inert gas and compressed air lines/ valves | $1,462 | $200 | |
| NV0066 #02 Y:1996 | 02 | 1996 | Install compressor air intakes in coolest locations | $1,307 | $270 | |
| NV0066 #01 Y:1996 | 01 | 1996 | Use most efficient type of electric motors | $90 | $31 | |
| NV0010 #07 Y:1994 | 07 | 1994 | Insulate bare equipment | $181 | $138 | |
| NV0010 #06 Y:1994 | 06 | 1994 | Utilize a less expensive cooling method | $1,179 | $700 | |
| NV0010 #05 Y:1994 | 05 | 1994 | Install compressor air intakes in coolest locations | $136 | $200 | |
| NV0010 #04 Y:1994 | 04 | 1994 | Eliminate leaks in inert gas and compressed air lines/ valves | $521 | $120 | |
| NV0010 #03 Y:1994 | 03 | 1994 | Adjust burners for efficient operation | $4,473 | $400 | |
| NV0010 #02 Y:1994 | 02 | 1994 | Utilize higher efficiency lamps and/or ballasts | $6,150 | $1,950 | |
| NV0010 #01 Y:1994 | 01 | 1994 | Use most efficient type of electric motors | $1,502 | $482 |