Power scheduling training system and message processing method of core applications thereof

Abstract

The invention discloses a power scheduling training system. The power scheduling training system comprises core applications, a core application message receiving and transmitting engine, a message bus, a simulating platform message receiving and transmitting engine and a simulating platform core computation engine; by means of the simulating platform message receiving and transmitting engine, the message bus and the core application message receiving and transmitting engine, the simulating platform core computation engine and the core applications achieve training platform clock uniformity, operation management of core applications in the training system, control of the core applications and alarming instruction processing. By means of message management and processing between various simulating engines and the core application in the training system, the power scheduling training system achieves a mode of closed-loop operation and unified management of the core applications inside the training system as well as integration of simulating environments and application environments of every core application inside the training system, thereby being high in practicality, flexibility and feasibility and well improving the use authenticity and effectiveness of the training system.

Description

technical field [0001] The invention relates to the field of automatic dispatching of electric power systems, in particular to a management and coordination method for each core application of a production system in a training system. Background technique [0002] With the continuous advancement of smart grid construction, the continuous deepening of intensive management of personnel, property and property, and the continuous development of smart grid technical support systems and related systems, the original dispatching operation training system DTS can no longer fully meet the needs of dispatcher training. The reasons are as follows: the training system has integrated the core applications of the production system, but the training clock has not yet been unified, and the core applications still use the machine clock, which is inconsistent with the training clock; The operation in the system cannot realize the unified management of the training system, so the pace of each ...

AI Technical Summary

Problems solved by technology

However, the coordination of each core application in the training system is limited to the premise of manual operation, the operation steps are cumbersome, not very practical, and the manual operation is one-way data transmission, which cannot form a closed-loop operation of the core application in the training system and unified management

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