CALCULATE EFFICIENCY AND COMPARE ESP SYSTEMS
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ESP Energy Efficiency Calculator
Input parameters
| Parameter | Value | Units of measurement | ||||
|---|---|---|---|---|---|---|
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${ esp_title_1 }
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${ esp_title_2 }
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${ esp_title_3 }
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${ esp_title_4 }
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${ esp_title_5 }
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| Pump | ||||||
| Flow rate | ||||||
| Head | ||||||
| Shaft speed | ||||||
| Pump efficiency | ||||||
| Motor & Protector | ||||||
| Motor voltage | ||||||
| Number of pole pairs | ||||||
| Motor efficiency | ||||||
| Power factor | ||||||
| Consumed power Protector | ||||||
| Cable | ||||||
| Cable length | ||||||
| Cable size | ||||||
| Cable temp. avg. | ||||||
| SUT/SDT & VSD | ||||||
| SDT efficiency | ||||||
| SUT efficiency | ||||||
| SUT short-circuit voltage | ||||||
| VSD efficiency | ||||||
| VSD power factor | ||||||
| Intake devices | ||||||
| Consumed power Intake | ||||||
| Consumed power Gas separator/ handler, 50Hz | ||||||
| Calculation | ||||||
| Hydraulic power | ${ pump_power_useful_1_txt } | ${ pump_power_useful_2_txt } | ${ pump_power_useful_3_txt } | ${ pump_power_useful_4_txt } | ${ pump_power_useful_5_txt } | kW |
| 1st harmonic frequency | ${ first_harmonic_1_txt } | ${ first_harmonic_2_txt } | ${ first_harmonic_3_txt } | ${ first_harmonic_4_txt } | ${ first_harmonic_5_txt } | Hz |
| Cable active resistance | ${ cable_resistance_inductive_1_txt } | ${ cable_resistance_inductive_2_txt } | ${ cable_resistance_inductive_3_txt } | ${ cable_resistance_inductive_4_txt } | ${ cable_resistance_inductive_5_txt } | Ohm |
| Cable active resistance | ${ cable_resistance_active_1_txt } | ${ cable_resistance_active_2_txt } | ${ cable_resistance_active_3_txt } | ${ cable_resistance_active_4_txt } | ${ cable_resistance_active_5_txt } | Ohm |
| Cable total resistance | ${ cable_resistance_full_1_txt } | ${ cable_resistance_full_2_txt } | ${ cable_resistance_full_3_txt } | ${ cable_resistance_full_4_txt } | ${ cable_resistance_full_5_txt } | Ohm |
| Consumed power Gas separator/ handler | ${ gasseparator_power_1_txt } | ${ gasseparator_power_2_txt } | ${ gasseparator_power_3_txt } | ${ gasseparator_power_4_txt } | ${ gasseparator_power_5_txt } | kW |
| Motor shaft power | ${ motor_shaft_power_1_txt } | ${ motor_shaft_power_2_txt } | ${ motor_shaft_power_3_txt } | ${ motor_shaft_power_4_txt } | ${ motor_shaft_power_5_txt } | kW |
| Motor total current | ${ motor_amperage_1_txt } | ${ motor_amperage_2_txt } | ${ motor_amperage_3_txt } | ${ motor_amperage_4_txt } | ${ motor_amperage_5_txt } | A |
| ПCable voltage drop | ${ cable_voltage_drop_1_txt } | ${ cable_voltage_drop_2_txt } | ${ cable_voltage_drop_3_txt } | ${ cable_voltage_drop_4_txt } | ${ cable_voltage_drop_5_txt } | V |
| SUT output voltage | ${ trr_out_voltage_1_txt } | ${ trr_out_voltage_2_txt } | ${ trr_out_voltage_3_txt } | ${ trr_out_voltage_4_txt } | ${ trr_out_voltage_5_txt } | V |
| SUT total output power | ${ trr_out_power_1_txt } | ${ trr_out_power_2_txt } | ${ trr_out_power_3_txt } | ${ trr_out_power_4_txt } | ${ trr_out_power_5_txt } | kVA |
| Pump losses | ${ pump_loss_1_txt } | ${ pump_loss_2_txt } | ${ pump_loss_3_txt } | ${ pump_loss_4_txt } | ${ pump_loss_5_txt } | kW |
| Motor losses | ${ motor_loss_1_txt } | ${ motor_loss_2_txt } | ${ motor_loss_3_txt } | ${ motor_loss_4_txt } | ${ motor_loss_5_txt } | kW |
| Cable losses | ${ cable_loss_1_txt } | ${ cable_loss_2_txt } | ${ cable_loss_3_txt } | ${ cable_loss_4_txt } | ${ cable_loss_5_txt } | kW |
| Transformer losses | ${ trr_loss_1_txt } | ${ trr_loss_2_txt } | ${ trr_loss_3_txt } | ${ trr_loss_4_txt } | ${ trr_loss_5_txt } | kW |
| Transformer reactive power losses | ${ trr_react_power_drop_1_txt } | ${ trr_react_power_drop_2_txt } | ${ trr_react_power_drop_3_txt } | ${ trr_react_power_drop_4_txt } | ${ trr_react_power_drop_5_txt } | кВА |
| VSD output power | ${ vsd_power_1_txt } | ${ vsd_power_2_txt } | ${ vsd_power_3_txt } | ${ vsd_power_4_txt } | ${ vsd_power_5_txt } | kVA |
| VSD losses | ${ vsd_loss_1_txt } | ${ vsd_loss_2_txt } | ${ vsd_loss_3_txt } | ${ vsd_loss_4_txt } | ${ vsd_loss_5_txt } | kW |
| Total losses | ${ esp_loss_1_txt } | ${ esp_loss_2_txt } | ${ esp_loss_3_txt } | ${ esp_loss_4_txt } | ${ esp_loss_5_txt } | kW |
| Supply active power | ${ grid_power_active_1_txt } | ${ grid_power_active_2_txt } | ${ grid_power_active_3_txt } | ${ grid_power_active_4_txt } | ${ grid_power_active_5_txt } | kW |
| Supply kVA | ${ grid_power_full_1_txt } | ${ grid_power_full_2_txt } | ${ grid_power_full_3_txt } | ${ grid_power_full_4_txt } | ${ grid_power_full_5_txt } | kVA |
| ESP efficiency | ${ esp_eff_1_txt } | ${ esp_eff_2_txt } | ${ esp_eff_3_txt } | ${ esp_eff_4_txt } | ${ esp_eff_5_txt } | |
| Specific power consumption | ${ specific_power_consumption_1_txt } | ${ specific_power_consumption_2_txt } | ${ specific_power_consumption_3_txt } | ${ specific_power_consumption_4_txt } | ${ specific_power_consumption_5_txt } | kW⋅h/(m3⋅m) |