A virtual machine-based loosely coupled architecture multi-station fusion monitoring system

Abstract

The invention relates to a multi-station fusion monitoring system based on a virtual machine with a loosely coupled architecture. The system consists of: Zone I includes a substation module and an energy storage station module; the substation module is provided with three layers and two networks; The switch is cascaded to the station control layer network; the II area is used to transmit the online monitoring information of the equipment in the substation module and the environment, security and fire protection information of each functional module partition of the whole station; the IV area is used to transmit the video of each functional module area of ​​the whole station Monitor image information. Based on the integrated monitoring platform, the present invention realizes the decoupling of the application functions of the station control layer and the hardware server equipment by creating a virtual machine, and its online migration on different servers of the hardware layer equipment, thereby avoiding the phenomenon of a forest of software and hardware chimneys and Compatibility between software and hardware from different manufacturers improves hardware application efficiency and system reliability.

Description

technical field [0001] The invention belongs to the technical field of a multi-station fusion monitoring system, and in particular relates to a multi-station fusion monitoring system based on a virtual machine with a loosely coupled architecture. Background technique [0002] Multi-station integration refers to making full use of the existing space, manpower, energy supply, automation management and other resources of the substation, absorbing new energy nearby, and coordinating the design and optimization of substations, data center stations, energy storage stations, 5G base stations, Beidou ground enhancement stations, etc. The overall construction plan is a new type of energy information body construction mode that achieves overall energy saving and efficiency improvement through measures such as one substation with multiple uses, resource integration, and business model innovation. [0003] The unified monitoring of multiple functional modules is the main aspect of infor...

AI Technical Summary

Problems solved by technology

[0005] (1) The software and hardware are tightly coupled. As the related functions of the station control layer increase, the number of hardware increases linearly, and the cost and operation and maintenance workload increase accordingly, which is not conducive to system expansion

The current monitoring system software and hardware basically have a one-to-one relationship, that is, a single or multiple fixed software is installed on a fixed server to achieve fixed functions. The corresponding relationship between software and hardware is clear and fixed. The model is simple and clear, but for multi-station fusion substations, when the software function requirements of the station control layer increase, the corresponding hardware also increases almost linearly, resulting in a significant increase in cost and operation and maintenance workload

[0006] (2) There is a chimney-like relationship among the various subsystems, and there is no effective integration, which is not conducive to the integrated display of information, making it difficult to screen information and increase the difficulty of operation and maintenance

The multi-station fusion station monitoring system not only includes the substation's original monitoring, metering, credit guarantee, wave recording, PMU, online monitoring, intelligent auxiliary control, fire protection and other subsystems, but also includes the battery information monitoring and energy management system of the energy storage station , as well as the information monitoring subsystems of security, fire protection and environment in building areas such as energy storage and data centers, the number of systems and the amount of information data have increased significantly. If the traditional model is still adopted, the hosts between subsystems are independent, and information is relatively isolated. Systems and scattered information cause operation and maintenance personnel to move between different systems, artificially analyze the correlation between information, and the workload of operation and maintenance is huge

[0007] (3) The systems of different manufacturers are difficult to be compatible, and it is impossible to take advantage of multiple companies, and it is difficult to upgrade and transform the equipment of the same manufacturer

The existing monitoring system solutions generally provide an integrated monitoring system platform by the monitoring system manufacturer, and simultaneously provide a series of functional software in the background. The software provider is single, and it is difficult to integrate the strengths of each company to optimize the background function configuration of the station control layer.

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