SmartGrid. IES2-SK
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IES2-SK
SmartGrid. Stand design with computer.
Delivery time is 10 weeks.
Commisioning is required.
SmartGrid. Stand design with computer.
Delivery time is 10 weeks.
Commisioning is required.
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Description
The laboratory bench is intended for teaching students of electrical engineering specialties of higher educational institutions studying the disciplines Transmission and distribution of electrical energy, Management of the operating modes of electric power systems, ACS and optimization of the modes of electric power systems, Relay protective and automation, Dispatch control of electric power systems.
Transients process in power systems
- Analysis of transient process under three-phase short circuits in electrical network supplied by a source of infinite power.
- Analysis of transient phenomena under asymmetrical short circuits in electrical network supplied by a source of infinite power.
- Study of synchronization of natural synchro generator and network.
- Determination of angle characteristics of synchro generator.
- Study of influence of parameters of elements, circuit and mode of electrical system on its stability.
- Study of effect on static stability of full-scale Synchro generator type of short circuit in the power system.
- Study of effect on dynamic stability of full-scale synchro generator short circuit duration in the power system.
- Current cutoff.
- Overcurrent protection of electricity transmission line with independent time delay.
- Overcurrent protection of electricity transmission line with voltage triggering.
- Protection from single-phase-to-ground short circuit.
- Series differential protect of power lines.
- Differential protection of transformer.
- Automatic reclosing of electric transmission line.
- Automatic switching to back up of bus section breaker.
- Automatic adjustment of rotations per minute of synchro generator.
- Automatic adjustment of excitation of synchro generator.
- Automatic synchronization of generator and network.
- Remote control and display of operational parameters in centralized dispatch control complexes.
- Automated systems for monitoring and accounting for electricity in centralized dispatch control complexes.
- High-speed emergency alarm transmission system in centralized dispatch control complexes.
- Optimization of electric energy losses in distribution networks by regulating the capacity of generating power plants.
- Optimization of electric energy losses in distribution networks due to voltage regulation in network nodes.
- Decentralized complexes of relay protection and automation of electric power systems.
- Centralized complexes of relay protection and automation of electric power systems.
- Centralized intelligent distribution network protection.
- Modules of: Power supply (2 pcs); Three-phase circuit (2 pcs); Speed meter (2 pcs); Excitation (2 pcs); Frequency converter (2 pcs); Power transformer (4 pcs); Power line (4 pcs); Local switch (4 pcs); Switch Synchronization (2 pcs); Switch module of cable electricity transmission line (2 pcs); Unit (2 pcs); Active load (2 pcs); Short circuit switch (2 pcs); I/O (2 pcs).
- Electrical machine unit (asynchro motor, synchro machine, encoder) (2 pcs).
- Wireless Router.
- Wi-Fi network adapter (2 pcs).
- PC (3 pcs).
- Laboratory table (2 pcs).
- Desk for PC (3 pcs).
- Software.
- Set of connecting cables.
- Technical description.
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | stand design |
Type of control | with computer |
Dimensions, mm | 3720х2050х650 |
Weight, kg | 500 |
Voltage, V | 3х380 |
Power consumption, VA | 2200 |
Documents