ESP Cable Voltage Drop Analysis


Spreadsheet

33 rows x 3 columns

fx
A B C
1 ESP Cable Analysis
2 Motor Data
3 Motor Horsepower 150 HP
4 Motor Voltage 1200 V
5 Motor Current 45 A
6
7 Cable Data
8 Cable Length 7500 ft
9 AWG Size 4 AWG
10 Cable Temperature 250 F
11 Cable Material copper -
12
13 Resistance Calculations
14 Resistance (per 1000ft) 0.42202776 ohms/kft
15
16 Voltage Drop Analysis
17 Voltage Drop 246.7035639 V
18 Voltage Drop (%) 20.55863032 %
19 Status Excessive - larger cable required -
20
21 Power Loss Analysis
22 Power Loss 19.22863981 kW
23 Power Loss (% of motor) 17.18377106 %
24
25 Voltage Profile
26 Surface Voltage Required 1446.703564 V
27 Voltage at Motor 1200 V
28
29 AWG Comparison
30 AWG Size Resistance Voltage Drop
31 2 0.26582268 155.3912058
32 4 0.42202776 246.7035639
33 6 0.67277802 393.2839281

Description

Analyze ESP cable voltage drop, power loss, and sizing requirements. Critical for ensuring adequate voltage at the downhole motor.

Key Considerations:

  • Voltage drop should not exceed 5% for optimal motor performance
  • Cable temperature affects resistance
  • Longer cables require larger AWG sizes
How to use this blueprint
  1. In Excel, go to the Petroleum Office ribbon tab and click Blueprint Manager
  2. Search for ESP Cable Voltage Drop Analysis
  3. Click on the blueprint to preview the spreadsheet template
  4. Click Insert to place it into your worksheet. Modify the input values to match your data.
Tags:
ESPcablevoltage-dropawgelectrical

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