Активно-адаптивные электрoсети
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Characteristics of the set of virtual laboratory works
"Active-adaptive electrical networks" ANPP-V
The kit can be used:
- In the system of higher professional education in the preparation of bachelors, masters and graduates in the direction of "Power Engineering" in the study of a new technological basis for the development of the electric power industry, characterized by the creation of an intelligent electric power system.
- When lecturing a teacher.
- When performing laboratory work in a computer class.
- When performing remote laboratory work.
- In self-preparation of students.
1. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line with a synchronous static transverse reactive power compensator" (Studies can be carried out for a power line with a voltage of 6 ... 110 kV).
1.1. Investigation of the influence on the mode of the power line, load and static compensator of the degree of compensation of the reactive power of the load.
2. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line with a synchronous static longitudinal reactive power compensator" (Studies can be carried out for a power line with a voltage of 6 ... 110 kV).
2.1. Investigation of the influence on the mode of the power line, load and static compensator from the degree of compensation of the inductive resistance of the power line.
3. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line connecting two electrical systems, with a combined power flow controller based on a synchronous static converter with manual control" (Studies can be carried out for a power line with a voltage of 220 ... 500 kV) .
3.1. Investigation of the influence of the voltage phase of the combined power flow regulator on the power line mode.
3.2. Investigation of the influence on the mode of the power transmission line of the voltage of the integrated power flow regulator.
4. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line connecting two electrical systems, with a combined power flow controller based on a synchronous static converter with automatic control" (Studies can be carried out for a power line with a voltage of 220 ... 500 kV) .
4.1. Investigation of the influence on the mode of the power line and the static converter of the active power flow along the power line.
5. Virtual laboratory work "Study of the steady state of an autonomous electrical system with a generator of limited power, an electrical energy storage device based on a molecular capacitor and a synchronous static converter" (Studies can be carried out for a generator with a power of 10 ... 5000 kW with a voltage of 380 V).
5.1. Investigation of the mode of the electrical system with the drive turned off.
5.2. Investigation of the mode of the electrical system with the drive turned on.
"Active-adaptive electrical networks" ANPP-V
The kit can be used:
- In the system of higher professional education in the preparation of bachelors, masters and graduates in the direction of "Power Engineering" in the study of a new technological basis for the development of the electric power industry, characterized by the creation of an intelligent electric power system.
- When lecturing a teacher.
- When performing laboratory work in a computer class.
- When performing remote laboratory work.
- In self-preparation of students.
1. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line with a synchronous static transverse reactive power compensator" (Studies can be carried out for a power line with a voltage of 6 ... 110 kV).
1.1. Investigation of the influence on the mode of the power line, load and static compensator of the degree of compensation of the reactive power of the load.
2. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line with a synchronous static longitudinal reactive power compensator" (Studies can be carried out for a power line with a voltage of 6 ... 110 kV).
2.1. Investigation of the influence on the mode of the power line, load and static compensator from the degree of compensation of the inductive resistance of the power line.
3. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line connecting two electrical systems, with a combined power flow controller based on a synchronous static converter with manual control" (Studies can be carried out for a power line with a voltage of 220 ... 500 kV) .
3.1. Investigation of the influence of the voltage phase of the combined power flow regulator on the power line mode.
3.2. Investigation of the influence on the mode of the power transmission line of the voltage of the integrated power flow regulator.
4. Virtual laboratory work "Study of the steady state of a controlled (flexible) AC power line connecting two electrical systems, with a combined power flow controller based on a synchronous static converter with automatic control" (Studies can be carried out for a power line with a voltage of 220 ... 500 kV) .
4.1. Investigation of the influence on the mode of the power line and the static converter of the active power flow along the power line.
5. Virtual laboratory work "Study of the steady state of an autonomous electrical system with a generator of limited power, an electrical energy storage device based on a molecular capacitor and a synchronous static converter" (Studies can be carried out for a generator with a power of 10 ... 5000 kW with a voltage of 380 V).
5.1. Investigation of the mode of the electrical system with the drive turned off.
5.2. Investigation of the mode of the electrical system with the drive turned on.
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SDK 34
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Phone number
+79193275647
About the developer
Михаил Карпеш
karpeshm@gmail.com
Russia
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