Device for evaluating, analyzing and processing reliability of transmission system

Abstract

The invention relates to a device for evaluating, analyzing and processing reliability of a transmission system, comprising a PMS (production management system) server, a PMS client-side, an SCADA (supervisory control and data acquisition) server, an evaluation and analysis server of the transmission system and an evaluation and analysis client-side of the transmission system, wherein the PMS server is respectively connected with the SCADA server and the evaluation and analysis server of the transmission system; the PMS server and the evaluation and analysis server of the transmission system are respectively connected with the PMS client-side and the evaluation and analysis client-side of the transmission system; the PMS server comprises a power-grid base information management module, a transmission system base data maintenance module, a production running service module, a transmission system blackout analysis module and a transmission system blackout accident maintenance module; the SCADA server comprises an SCADA module; and the evaluation and analysis server of the transmission system comprises a reliability statistical analysis module of transmission system. The device can improve the reliability management efficiency of the transmission system.

Description

technical field [0001] The invention relates to a statistical processing system for reliability indexes of a power transmission system, in particular to a reliability evaluation analysis and processing device for a power transmission system. Background technique [0002] In the past ten years, my country has made a lot of achievements in power reliability management, but in practice there are still the following main problems: [0003] 1) The Power Reliability Management Center publishes a large number of statistical data on the reliability of equipment and power supply systems every year, but these data have not fully played their due role, and the depth of analysis of reliability indicators is not enough. Management, personnel quality and other deep-seated issues. [0004] 2) There is still a certain gap between the formulation of reliability standards and the development of forms. At present, my country's electric power industry has basically completed the separation of...

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Problems solved by technology

[0003] 1) The Power Reliability Management Center publishes a large number of statistical data on the reliability of equipment and power supply systems every year, but these data have not fully played their due role, and the depth of analysis of reliability indicators is not enough. In-depth issues such as management and personnel quality

[0004] 2) There is still a certain gap between the formulation of reliability standards and the development of forms

At present, my country's power industry has basically completed the separation of power plants and power grids, and has begun pilot work on regional power markets. The original regulations can no longer fully describe the development law of my country's power supply reliability, and new indicators and management measures need to be established.

[0005] 3) Insufficient transformation and application of existing reliability research results

Inadequately combine the research results of scientific research institutes and colleges and universities with the application of electric power enterprises

[0006] 4) Due to the unbalanced level of regional economic development, the power grid level is uneven, and the management level of power supply companies is also good and bad, but the statistical indicators reported to the Power Reliability Management Center do not reflect this problem well. Some even deviate from the objective reality. Many power supply companies one-sidedly pursue indicators and use indicators for indicators, ignoring the authenticity, accuracy and completeness of reliability data.

[0007] 5) Reliability management of power transmission and transformation facilities is always based on reliability management of components, lack of evaluation and grasp of the overall power transmission system, making it difficult to coordinate current reliability management work with asset life cycle management

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