Intelligent low-voltage power supply and distribution training system and its training method
An intelligent technology for power supply and distribution, applied in the intelligent low-voltage power supply and distribution training system and its training field, can solve the problems of small working space, large wire consumption, single training function, etc., and achieve a good working space Effect
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Embodiment 1
[0068] The control center is a PLC control center, which is used to command, coordinate, organize and control the components, and receive and judge the distribution branch data input by the data input controller, and decide whether to connect the distribution branch. road power supply;
[0069] The simulation training simulation platform is used to complete all operations from system design, parameter calculation, equipment selection, to installation and commissioning according to the building structure and the configured power load. The input terminal of the simulation training simulation platform is connected to The output terminal of the control center is connected; the simulation training simulation platform is a grid structure of 10 (rows) * 5 (columns) using a wall of the training room (length × width = 10m × 4 m) as the background, The size of each grid is 1m*0.8m, and a metal mesh plate with a thickness of 2 mm is installed on each grid (see figure 2 ).
[0070] The...
Embodiment 2
[0085] S1. Select the design object;
[0086] S2. Job timing starts;
[0087] S3. Determine whether the job timing is over, if yes, then directly enter step S17, if not, then enter step S4, S5 simultaneously;
[0088] S4. Design system diagram: design the system diagram of the power supply and distribution objects according to the building plan and the configuration of power loads, and then enter step S6;
[0089] S5. Prepare equipment: While designing the system diagram, prepare various equipment required for wiring, and calculate the rated current value of each power distribution branch according to the number and power of the power load, and then calculate the rated current value of each power distribution branch according to the number and power of the power load 1. The rated current value of each power distribution branch is used to select the wire and switchgear specifications, and directly enter step S7;
[0090] S6. Judging whether the design system diagram is ...
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