Design of Real-time Control System for Grid Access Based on Intelligent Algorithm
This paper expounds a design scheme for a real-time power grid access control system based on intelligent algorithms.The system adopts a modular architecture,consisting of three core modules:data acquisition and processing,control decision-making,and human-computer interaction.The system utilizes intelligent algorithms such as machine learning to achieve real-time processing of massive power grid data,accurate load forecasting,and automatic generation of global optimal access control strategies.
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