Agricultural park energy internet comprehensive safety analysis method considering crop physiological characteristics

Abstract

The invention relates to an agricultural park energy internet comprehensive safety analysis method considering crop physiological characteristics. The method comprises the following steps: establishing a facility agriculture light environment regulation and control load model and a facility agriculture thermal environment regulation and control load model; determining a safety domain of a corresponding crop photo-thermal physiological safety index according to the type and the development period of the crop; performing static safety analysis on the energy system according to the load value, and calculating a static safety index; if the static safety index is out of the safety boundary, adjusting boundary values of the light supplementing illumination intensity and the temperature adjusting temperature based on a facility agriculture light environment regulation and control load model and a facility agriculture thermal environment regulation and control load model so as to define the safety boundary of the light supplementing illumination intensity and the temperature adjusting temperature; and determining the safety range of the agricultural load until the static safety index of the energy system is within the safety boundary. Compared with a traditional safety analysis method, the accuracy and reliability of agricultural park energy internet comprehensive safety analysis are effectively improved.

Description

technical field [0001] The present disclosure relates to the technical field of electric power systems, and in particular to a comprehensive security analysis method for energy internet in agricultural parks considering the physiological characteristics of crops. Background technique [0002] The construction of agricultural science and technology parks can speed up the pace of developing agriculture through science and technology. Agricultural science and technology parks have the characteristics of high energy density and high energy consumption. At the same time, the construction of agricultural science and technology parks can expand the scale of planting crops and help the country achieve "carbon neutrality". Target. On the basis of the Energy Internet, the production energy of the modern agricultural science and technology park is introduced into the Energy Internet system, and the research field of the Agricultural Park Energy Internet has emerged. On the "network" s...

AI Technical Summary

Problems solved by technology

The dual security constraints of facility agriculture and energy systems faced by the energy Internet of agricultural parks are the basis for the formulation of comprehensive indicators of energy Internet security in agricultural parks. The formation of a security early warning indicator system and comprehensive security analysis method that can reflect the mutual influence between facility agricultural security and energy system static security cannot guarantee the safe and stable operation of the energy Internet in agricultural parks

Images