EQUIPMENT UPGRADES AND RETROFITS Measure Description — Path B
Code
Incentive
Unit
Positive Displacement Water-Cooled, < 75 tons, Full Load ≤ 0.780 kW/ton, and Part Load ≤ 0.470 kW/ton Positive Displacement Water-Cooled, ≥ 75 tons and < 150 tons, Full Load ≤ 0.750 kW/ton, and Part Load ≤ 0.460 kW/ton Positive Displacement Water-Cooled, ≥ 150 tons and < 300 tons, Full Load ≤ 0.680 kW/ton, and Part Load ≤ 0.410 kW/ton Positive Displacement Water-Cooled, ≥ 300 tons and < 600 tons, Full Load ≤ 0.625 kW/ton, and Part Load ≤ 0.380 kW/ton Positive Displacement Water-Cooled, ≥ 600 tons, Full Load ≤ 0.585 kW/ton, and Part Load ≤ 0.350 kW/ton Centrifugal Water-Cooled, < 150 tons, Full Load ≤ 0.695 kW/ton, and Part Load ≤ 0.410 kW/ton Centrifugal Water-Cooled, ≥ 150 tons and < 300 tons, Full Load ≤ 0.635 kW/ton, and Part Load ≤ 0.370 kW/ton Centrifugal Water-Cooled, ≥ 300 tons and < 400 tons, Full Load ≤ 0.595 kW/ton, and Part Load ≤ 0.360 kW/ton Centrifugal Water-Cooled, ≥ 400 tons and < 600 tons, Full Load ≤ 0.585 kW/ton, and Part Load ≤ 0.350 kW/ton Centrifugal Water-Cooled, ≥ 600 tons, Full Load ≤ 0.585 kW/ton, and Part Load ≤ 0.350 kW/ton
$8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max. $8.00/ton + $125.00/ton per 1.0 Delta Efficiency below max.
H4721*
Ton
H4722*
Ton
H4723*
Ton
H4724*
Ton
H4725*
Ton
H4731*
Ton
H4732*
Ton
H4733*
Ton
H4734*
Ton
H4735*
Ton
*Supplemental data sheet needed.
PRO TIP Chillers are typically sized for the hottest day of the year but run at much less than full capacity the majority of the time. Selecting a chiller with excellent part-load performance and good loading and unloading characteristics will help maximize energy efficiency.
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