CKM-S40BLow voltage distribution station simulation system

Brief introduction

The system consists of multiple low-pressure platform simulation screens, mainly composed of10kVIt consists of a transformer unit, a comprehensive distribution box unit, a single-phase and three-phase user unit, a metering and power connection unit, a photovoltaic user unit, and a low-voltage fault elimination unit. The system can meet the business skill training and skill appraisal needs of the power supply station director, safety officer, technician, and station manager.

IIFunctional Features

1） The system fully simulates the operating environment of low-voltage distribution, power consumption, and data collection in the substation area;

2） The system adopts a modular design, which allows for diverse combinations based on different user needs;

3） Utilize ubiquitous power Internet of Things technology to achieve operational process and closed-loop management training;

4） Safety training for power outage and transmission operations in low-voltage distribution station areas;

5） Practical training on anti electricity theft and abnormal line loss investigation in low-voltage distribution station area;

6） Practical training on operation and maintenance skills of intelligent distribution box in low-voltage distribution station area;

7） Practical training on analysis and troubleshooting of leakage and abnormal voltage faults in low-voltage distribution station areas;

8） Practical training on the closed-loop functions of meter connection, process quality, power transmission debugging, and work order circulation for low-voltage user expansion installation;

9） Practical training on skills related to collecting electricity information in low-voltage distribution station areas;

10） Practical training on measurement and error correction analysis related skills in low-voltage distribution station areas;

11） Basic knowledge, system architecture, application, and operation and maintenance skills training for distributed photovoltaic power generation grid connection;

12） The impact of distributed photovoltaic power generation grid connection on line loss.