A fully adaptive integrated power supply monitoring method and device

Abstract

The invention discloses a fully adaptable integrated power supply monitoring method, which includes the following steps: Step 1: collect common attributes of AC, DC, communication and UPS power supplies, and abstract base classes; Step 2: design separately for other non-public attributes Subclasses of AC, DC, communication, and UPS power supplies; Step 3: Rewrite the interfaces of various power supplies; Step 4: Design public management classes for managing connected devices, communication protocols, and logical communication links between devices Step 5: Load and download the communication protocol of the connected device, if the loading is successful, go to Step 6; Step 6: Pack commands for AC, DC, communication, and UPS power supplies, and generate power programs according to requirements. The invention integrates AC, DC, communication, and communication management of UPS power supply devices, and encapsulates the attributes of each power supply based on an object-oriented idea, has strong code reusability and flexible power supply management.

Description

technical field [0001] The invention belongs to the field of power monitoring, and in particular relates to a method and device for fully adaptive integrated power monitoring. Background technique [0002] The currently operating power supplies for substations are divided into AC power monitoring, DC power monitoring, communication power monitoring and UPS power monitoring, etc. Each subsystem is usually set independently and dispersedly, and the equipment is provided by different suppliers. Different departments manage, AC and DC control power products provided by different suppliers do not have a unified interface and monitoring equipment, system data cannot be shared, and there are problems such as automation, low degree of informatization, and inconvenient operation and maintenance. [0003] In the existing technology, the communication management machines of AC, DC, communication and UPS power supply devices are designed separately, and a set of corresponding programs m...

AI Technical Summary

Problems solved by technology

[0002] The currently operating power supplies for substations are divided into AC power monitoring, DC power monitoring, communication power monitoring and UPS power monitoring, etc. Each subsystem is usually set independently and dispersedly, and the equipment is provided by different suppliers. Different departments manage, AC and DC control power supply products provided by different suppliers do not have a unified interface and monitoring equipment, system data cannot be shared, and there are problems such as automation, low degree of informatization, and inconvenient operation and maintenance

[0003] In the existing technology, the communication management machines of AC, DC, communication and UPS power supply devices are designed separately, and a set of corresponding programs must be designed for each device communication management machine. The code reusability is not strong, and the maintenance workload is large, resulting in a lot of manpower and waste of resources

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