EVD1000P is a device that complies with the national standard GB/T 27930-2015 "Communication Protocol between Off Board Conductive Chargers and Battery Management Systems for Electric Vehicles", and it is also compatible with the communication protocol of the national standard GB/T 27930-2011. This feature makes EVD1000P have a wide range of application prospects in the field of electric vehicle charging.

EVD1000P is a device that complies with the national standard GB/T 27930-2015 "Communication Protocol between Off Board Conductive Chargers and Battery Management Systems for Electric Vehicles", and it is also compatible with the communication protocol of the national standard GB/T 27930-2011. This feature makes EVD1000P have a wide range of application prospects in the field of electric vehicle charging.

The outstanding features of EVD1000P are reflected in multiple aspects. Firstly, it can display the status of messages such as CHM, CRM, CTS, CML, CRO, CCS, CST, CSD, CEM of the charging machine in real-time. This feature allows users to constantly monitor the operating status of the charger, enabling timely troubleshooting and maintenance.

Secondly, EVD1000P allows users to customize the content and message cycle of vehicle side messages, and even simulate various message situations of cars. This feature makes it highly practical for research and development debugging, factory aging testing, and after-sales personnel going out.

In addition, EVD1000P also supports interoperability testing, insulation fault testing, pull out testing, battery reverse connection, disconnection testing, and other tests. These testing functions enable it to comprehensively test the performance and safety of charging stations, ensuring the safety and reliability of the electric vehicle charging process.

During the communication process, EVD1000P can output and translate messages in real time, and also has real-time saving function. This feature makes it equivalent to a CAN box, making it convenient for various personnel to directly use and conduct fault analysis.

Finally, EVD1000P can also calculate the average cycle, number of transmissions, maximum cycle, and minimum cycle of various types of messages, and output Gantt waveform diagrams of the messages. This function makes the fault analysis of charging stations more intuitive and comprehensive, which helps to improve the operation and maintenance efficiency of charging stations.

In terms of operation mode, EVD1000P supports two operation modes: upper computer and 10.2-inch touch screen, allowing users to choose the most convenient operation mode according to their actual needs.

In terms of usage scenarios, EVD1000P is suitable for various fields such as research and development debugging, factory aging testing, after-sales personnel going out, daily maintenance and testing, and charging station operation and maintenance. Whether it's testing during the R&D phase or troubleshooting during the after-sales phase, EVD1000P can provide strong support.