Voltage Limits
The voltage limits are built up by specifying the included voltage levels. The following table describes typical network levels and their parameterization. They are primarily used for the optional congestion management.
Default voltage limits
Voltage level (id) |
Minimal voltage (vMin) |
Maximal voltage (vMax) |
|---|---|---|
LV |
0.9 p.u. |
1.1 p.u. |
MV (10 kV) |
0.9 p.u. |
1.1 p.u. |
MV (20 kV) |
0.9 p.u. |
1.1 p.u. |
MV (30 kV) |
0.9 p.u. |
1.1 p.u. |
HV |
0.9 p.u. |
1.1 p.u. |
EHV (220 kV) |
0.9 p.u. |
1.118 p.u. |
EHV (380 kV) |
0.9 p.u. |
1.05 p.u. |
References:
EN 50160:2020-11, Voltage characteristics of electricity supplied by public electricity networks [EN_50160]
The European Commission [EU_2017/1485]
Configuration of the voltage limits
To configure the voltage limits, the voltage levels listed in the table above must be selected and integrated into the config. The individual voltage level configuration (voltLvls) according to the example below. Each voltage level consists of an identifier and the nominal voltage.
simona.gridConfig.voltageLimits = [
{vMin = 0.9, vMax = 1.1, voltLvls = [{id = "Lv", vNom = "0.4 kV"}]},
{vMin = 0.9, vMax = 1.1, voltLvls = [{id = "Mv", vNom = "20 kV"}]},
{vMin = 0.9, vMax = 1.1, voltLvls = [{id = "Hv", vNom = "110 kV"}]},
{vMin = 0.9, vMax = 1.05, voltLvls = [{id = "EHV", vNom = "380 kV"}]},
]