Retrofit Measures for Well Pump
Here you will find the data for Well Pump measures available in the National Residential Efficiency Measures Database. Each measure consists of a before-component, an after-component, and the estimated cost to implement the measure.
The measures are listed alphabetically based upon the name of the before-component. Where multiple costs are indicated they must be combined to obtain total measure cost (e.g., fixed ($) and normalized ($/sf) costs).
Cost Drivers
There are many factors that influence the ultimate cost of Well Pump measures.
The application of the average measure costs displayed below to any particular home is discouraged.
Examples of the kinds of issues that can influence the cost of Well Pump measures include:
- Prevailing local wages
- Drive time
- Local code requirements
- Condition of existing electrical system
- Need for additional wiring/switching
Replace Well Pump:
| Before-Component |
After-Component |
Cost |
High Efficiency
Properties:
- Combined Pump and Motor Efficiency: 60.0 %
Lifetime:
|
High Efficiency
Properties:
- Combined Pump and Motor Efficiency: 60.0 %
Lifetime:
|
Measure Cost
| Units | Range | Average |
|---|
| $ | 360 - 780 | 470 |
|
Replace Well Pump:
| Before-Component |
After-Component |
Cost |
Typical Efficiency
Properties:
- Combined Pump and Motor Efficiency: 40.0 %
Lifetime:
|
High Efficiency
Properties:
- Combined Pump and Motor Efficiency: 60.0 %
Lifetime:
|
Measure Cost
| Units | Range | Average |
|---|
| $ | 360 - 780 | 470 |
|
Replace Well Pump:
| Before-Component |
After-Component |
Cost |
Typical Efficiency
Properties:
- Combined Pump and Motor Efficiency: 40.0 %
Lifetime:
|
Typical Efficiency
Properties:
- Combined Pump and Motor Efficiency: 40.0 %
Lifetime:
|
Measure Cost
| Units | Range | Average |
|---|
| $ | 250 - 550 | 360 |
|
