Panoramic information platform based on electric network regulation and control integration

Abstract

The invention relates to a platform for processing various monitoring information and service information under power grid regulation and control integration, in particular to a panoramic information platform based on power grid regulation and control integration. The panoramic information platform is constructed for realizing collection and storage of operation information and event data of a system, and constructing a basis for further event panoramic analysis through collecting the data of each service system into the platform by virtue of extraction, conversion, loading and other means. According to event analysis, on the basis of rules in a warning information rule base, event panoramic analysis is performed, so that a simple, convenient and easy-to-use event diagnosis report is generated, the capability of rapidly obtaining useful and complete information is improved, the event judgment capability is improved, and the early-warning capability and monitoring level of a power grid are improved; finally by virtue of constructing a fusion communication platform, passive waiting is converted into active acquirement by virtue of a positive-propelling and negative-query complementary working mode, so that the percipience of personnel is improved, meanwhile unidirectional information transfer is more reliable, and the process is interactive.

Description

technical field [0001] The invention relates to a processing platform for various monitoring information and business information under the integration of power grid regulation and control, in particular to a panoramic information platform based on the integration of power grid regulation and control. Background technique [0002] "Integration of regulation and control" has broken the traditional scope of dispatching business, and the power grid dispatching center has expanded into a centralized monitoring and command and control center for power grids and equipment. Under the intensive management mode, the safety pressure and workload of the control center continue to increase, and the real-time and quasi-real-time information of various production operations is gradually collected to the dispatching platform. The collection point of information and management processes also undertakes the responsibility of monitoring real-time power grid production and operation status. ...

AI Technical Summary

Problems solved by technology

These systems have independent interfaces, a large amount of information, and strong professionalism. It is difficult to efficiently obtain the required information only by manually switching interfaces and scanning and monitoring systems one by one.

[0005] In addition, the existing production and business systems, such as the online monitoring system for power transmission and transformation, comprehensive disaster reduction and prevention systems, etc., although they integrate data from multiple systems, they still basically integrate data by specialty and lack comprehensive analysis capabilities (such as Interval comprehensive analysis of multi-professional system data to form a brief result report function), making it difficult for non-equipment professionals (such as dispatchers) to use

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