Electrical training

ZOPDLX-03 Change Duty Electric Skills Training Device

The power training device of the power distribution room on duty, the electrical training system of the substation is based on the 35kV substation as the system model, using some typical, commonly used real components and system simulation control screens. High and low voltage electrical appliances and complete equipment in the electric chamber.

I. Overview

As China's large and medium-sized enterprises increase year by year, the electric power industry develops rapidly, the demand for electricians continues to increase, and there is a shortage of electricians on duty in power transformation and distribution rooms; the "Skills Tr*ning and Assessment System for Electricians on Duty in Power Transformation and Distribution Rooms" is to cooperate with the assessment of electricians on duty in power transformation and distribution rooms , based on the "Occupational Standards for Electricians on Duty in Transformer and Distribution Rooms" of the Ministry of Labor and Social Security, with reference to relevant vocational skills compiled by the Ministry of Labor and Social Security, the Electric Power Industry Vocational Skills Appr*sal Guidance Center, the Machinery Industry Vocational Skills Appr*sal Guidance Center, and the Electric Power Department of the Ministry of Energy. Appr*sal guide, tr*ning syllabus, tr*ning materials, and question bank are developed. This system uses a 35KV substation as a primary system model , using some typical and commonly used primary real components combined with a system simulation control panel. The tr*ning project involves high and low voltage electrical appliances and complete sets of equipment in the power transformation and distribution room, monitoring and meter reading, Power relays and relay protection, switching operations, typical low-voltage electrical lines, etc. can be used as practical tr*ning equipment for students in power supply and distribution majors and related majors in vocational schools and technical schools, and as a tr*ning and assessment platform for electricians on duty in power transformation and distribution rooms.

2. Characteristics

1. The primary system uses typical real components commonly used in the field, and strives to create a real environment for professional positions;

2. The primary system wiring is typical and rich, and can simulate switching operations under various requirements;

3. The practical tr*ning items are complete and can better meet the requirements of tr*ning assessment and appr*sal.

3. Technical performance

1. Input power: three-phase five-wire ~ 380V±10% 50HZ

2. Capacity:<5kVA

3. Working environment: temperature -10℃~+40℃, relative humidity <85% (25℃), altitude <4000m

4. Practical tr*ning projects

Cognition and operation of high and low voltage switches and complete sets of equipment

Cognition and operation of 1.10kV high-voltage isolation switch

Cognition and operation of 2.10kV high voltage vacuum circuit breaker

Cognition and operation of 3.10kV high-voltage switchgear

4. Cognition and operation of HD13 low-voltage knife switch

5. Cognition and operation of DW15 low-voltage universal circuit breaker

6. Cognition and operation of low-voltage molded case circuit breakers

Cognition and operation of 7.0.4kV low voltage switchgear

Cognition and wiring of high and low voltage current and voltage transformers

8. Understanding and wiring of high and low voltage current transformers

9. Understanding and wiring of high and low voltage voltage transformers

Structural understanding and characteristic testing of power relays

10. Characteristics of current relays

11.Characteristics of voltage relay

12. Characteristics of intermediate relays

13.Characteristics of time relay

14.Characteristics of flash relay

15.Characteristics of inverse time relay

Power supply and distribution system relay protection

16. Wiring and debugging of time-limited overcurrent protection circuit for power supply lines

17. Wiring and debugging of low voltage starting overcurrent protection circuit of power supply line

18. Wiring and debugging of the current quick-break protection circuit of the power supply line

19. Wiring and debugging of power supply line current inverse time overcurrent protection circuit

20. Wiring and debugging of distribution transformer overcurrent protection circuit

21. Wiring and debugging of current quick-break protection circuit of distribution transformer

22. Wiring and debugging of overload protection circuit of distribution transformer

23. Simulated over-temperature protection of transformer

Secondary circuits and automatic devices of power supply and distribution systems

24. Control and signal circuit of circuit breaker

Insulation monitoring device circuit for 25.6~35KV system

26. One-time reclosing of power supply and distribution system

27. Integrated line overcurrent protection and automatic reclosing

28. Power factor compensation

35kV substation monitoring and meter reading

29.Use and parameter setting of three-phase multi-function intelligent meter

30. Use and parameter setting of intelligent temperature and humidity controller

31. System operating status monitoring

32.35kV dual incoming line power monitoring

33.35kV substation m*n transformer power monitoring

35kV substation switching operation

34. System operation mode switching and switching operation

35. Line switching operation during power outage

36. Line power transmission and switching operation

37. Switching operation from two incoming lines to one line power supply

38. Switching operation from one incoming line power supply to two lines of power supply

39. Dual bus operating status switching operation

40. Segmented single bus operating status switching operation

41. Busbar changes from running state to m*ntenance switching operation

42. Busbar changes from m*ntenance status to running switching operation

43.Transformer from running state to m*ntenance switching operation

44.Transformer switching operation from m*ntenance status to operation

45. Transformer changes from running state to cold standby switching operation

46. ​​Transformer changes from running state to hot standby switching operation

47.Transformer switching operation from cold standby to running operation

48.Transformer transfer from hot standby state to running switching operation

49. The outlet switch changes from running state to m*ntenance switching operation.

50. Outgoing line changes from m*ntenance status to cold standby switching operation

51. Outgoing line switching operation from cold standby to hot standby

52. Outgoing line switching operation from hot standby to running

53. Outgoing line switching operation from m*ntenance to operation

54. Wiring and debugging of typical low-voltage electrical lines

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