Virtual control area
- Training scenarios concentrate on, especially in Germany, the EEG-infeed, with a plurality of implements of wind and solar infeed.
- The size of the virtual control area includes ca. 75 substations, which in a reliable network, consisting of ca. 150 lines linked to each other. Therefore it is possible to show different constructions and configurations like bypasses and coupling designs
- The virtual control area shows all essential funtions of a real system that enables realistic and demanding lectures
- Future demands of operators can already be trained today, e.g. simulations with optional numbers of EEG infeed can be tested of its effect of network expansion.
- For clients, who do not need a detailed replicate for their lectures or trainings
- For single lecture, usually it does not justify the implement of own real grid data, therefore we developed the virtual control area with subordinated distribution system operators and municiple utilities
- The virtual control center allows a short term lecture and training (avoiding a long ranging migration of data) of operators
- In such trainings all functions of the grid simulator (see service description) can be used
- Especially internal demands cannot be practiced, because the specific characteristics of own grid data are missing (coloring, pictograms, sepcial configurations of switch gear and connected internal instructions etc.)
- When indicated, in-house lectures at our clients offices with the help of the GridLabcompact system that makes "the grids portable", with less need of participants as a GridLab lecture at our training center
Virtual municipal utility
- Subordinated of the virtual control area is the municipal utility implemented
- With 2 control area exemplars up to low potentioal tension
- With the help of the virtual municipal utility it is possible to go into issue of general network control of distribution network operator
Operating resource control area | quantity |
Switch yard/distribution station | ca. 75 |
Lines | ca.150 |
Lines length [km] | ca.9000 |
Transformer | ca. 150 |
Conventional feeding (Blocks) | ca. 30 |
Aggregate power level of conventional feeding | ca. 15GW |
Aggregate power level of EEG feeding | ca. 20GW |
Power switch | ca. 900 |
Disconnect switch | ca. 3000 |
Measured and displayed values (P, Q, F, I, U, AG) | ca. 3800 |
Operating resource municipal grid | quantity |
Distribution station | ca. 100 |
Lines | ca. 200 |
Power switch | ca. 2800 |
Measured and displayed values (P, Q, F, I, U, AG) | ca. 12000 |

Trainings
From the normal operation to crisis situations and to rebuilding the grid.
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