View source: R/pof_future_cables_10kv_oil.R
pof_future_cables_10kv_oil | R Documentation |
This function calculates the future #' annual probability of failure per kilometer for a 10kV Oil non Preesurised cables The function is a cubic curve that is based on the first three terms of the Taylor series for an exponential function.
pof_future_cables_10kv_oil( utilisation_pct = "Default", operating_voltage_pct = "Default", sheath_test = "Default", partial_discharge = "Default", fault_hist = "Default", reliability_factor = "Default", age, k_value = 0.24, c_value = 1.087, normal_expected_life = 80, simulation_end_year = 100 )
utilisation_pct |
Numeric. The max percentage of utilisation under normal operating conditions. |
operating_voltage_pct |
Numeric. The ratio in percent of operating/design voltage. |
sheath_test |
String. Only applied for non pressurised cables.
Indicating the state of the sheath. Options:
|
partial_discharge |
String. Only applied for non pressurised cables.
Indicating the level of partial discharge. Options:
|
fault_hist |
Numeric. Only applied for non pressurised cables.
The calculated fault rate for the cable in the period per kilometer.
A setting of |
reliability_factor |
Numeric. |
age |
Numeric. The current age in years of the cable. |
k_value |
Numeric. |
c_value |
Numeric. |
normal_expected_life |
Numeric. |
simulation_end_year |
Numeric. The last year of simulating probability of failure. Default is 100. |
DataFrame. Future probability of failure along with future health score
# future annual probability of failure for 10kV oil cable, 50 years old pof_future_cables_10kv_oil( utilisation_pct = 80, operating_voltage_pct = 60, sheath_test = "Default", partial_discharge = "Default", fault_hist = "Default", reliability_factor = "Default", age = 50, k_value = 0.24, c_value = 1.087, normal_expected_life = 80, simulation_end_year = 100)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.