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Hybrid genetic-annealing algorithm for intelligent power consumption of a large building

机译:大型建筑智能功耗的混合遗传退火算法

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At present, the electrical equipment in buildings is constantly increasing, and correspondingly, the energy consumption is also greatly improved. Therefore, scientific and intelligent power consumption is particularly important. In this paper, the main factors that affect the room environment are modelled, such as room temperature, and light intensity. At the same time, genetic annealing algorithm is introduced to solve the multi-objective optimisation of the parameters of the electrical equipment, find the best strategy for intelligent power system. Finally, the simulation is carried out on the MATLAB platform, and the simulation results show that it has good energy saving effect of architectural smart power system.
机译:目前,建筑物中的电气设备不断增加,相应地,能量消耗也大大提高。 因此,科学和智能功耗尤为重要。 在本文中,影响房间环境的主要因素是建模的,如室温和光强度。 同时,引入了遗传退火算法以解决电气设备参数的多目标优化,找到智能电力系统的最佳策略。 最后,仿真在MATLAB平台上进行,仿真结果表明它具有良好的架构智能电力系统节能效果。

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