Management system of whole life cycle of source-network coordination performance and management method thereof

Abstract

The invention provides a management system of a whole life cycle of a source-network coordination performance and a management method thereof. The system includes a system configuration module, a life-cycle management module, an online monitoring module and a statistical analysis module which are connected in sequence. The method thereof includes pre-management of equipment, equipment running management, dynamic monitoring management of the equipment and equipment rotation and scrapping management. According to the technical solution provided by the invention, a source-network coordination management level is increased, and comprehensive, real-time and dynamic grasping of unit source-network coordination performance is realized.

Description

technical field [0001] The invention relates to a full life cycle management system, in particular to a source network coordination performance full life cycle management system and a management method thereof. Background technique [0002] Full life cycle management refers to the management of the whole process of a system or equipment from the early stage, commissioning, operation to decommissioning, so as to better understand the system or equipment and improve the system or equipment in a targeted manner . [0003] The source-network coordination performance of generating units has a crucial impact on the security and stability of the power grid. At present, the source-network coordination performance management is mainly checked and verified through the field test when the new machine is connected to the grid. After the unit is put into commercial operation, it is managed through manual reporting and offline verification. With the rapid development of UHV AC and DC po...

AI Technical Summary

Problems solved by technology

With the rapid development of UHV AC and DC power grids, and the large-scale grid integration of new energy sources such as distributed and centralized wind power and photovoltaics, the dynamic characteristics of the power grid are becoming increasingly complex. , overhaul, partial or overall transformation, the parameters of the unit after each repair and transformation may be readjusted, and some source-network coordination performance itself cannot bring direct power generation benefits to the power plant, and the power plant may adjust the control for its own interests Therefore, it is difficult to fully grasp the coordination performance of the generator set source and network in a timely manner by means of on-site tests and manual verification.

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