Intelligent cooperative control method for new energy cluster

Abstract

The invention relates to the technical field of information, in particular to an intelligent cooperative control method for a new energy cluster, and aims to acquire reflected light intensity, reflectivity, scattered light intensity and surface images in real time and evaluate the cleanliness of a mirror surface by continuously monitoring the running state and environmental conditions of a heliostat. And when the cloud coverage rate or the mirror surface cleanliness exceeds a preset threshold value, triggering an abnormal heliostat identification process, calculating real-time output power, comparing the real-time output power with a theoretical value, and marking the heliostats with the deviation rate exceeding the standard. For a normal heliostat, a light condensation efficiency prediction model is constructed, a light condensation contribution value is calculated, and a weight coefficient of the normal heliostat in global optimization control is determined by adopting a weight distribution algorithm based on information entropy. And distributing a weight matrix through a cooperative communication network, and adjusting the azimuth angle and the pitch angle of the heliostat. And the adjusted parameters are monitored in real time, a heat transfer model is constructed in combination with design parameters of the heat collection system, the heat collection efficiency and the predicted power generation power are calculated, and a real-time performance evaluation report is generated.

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