摘要
本文聚焦于实用型热电联供系统。为克服运行调度技术障碍,依据热力学原理建立了联供系统能效优化模型。利用联供系统示范项目实测数据,通过回归计算,并参考所用设备性能规格,确定了该优化模型参数。为适应优化模型非线性、多变量特点,对通用遗传算法适当改进,并用C#语言开发了智能优化软件,解决了联供系统上述优化模型在线求解难题。最后,用实际算例验证了该遗传算法优化软件,在热电联供系统联线优化调度中的应用价值。
This paper focuses on the commonly used cogeneration system. Based on the thermodynamics princi-ple, the cogeneration system energy efficiency optimization model is established to resolve the difficulty in the sys-tem scheduling. The parameters of the optimization model are determined by regression calculation of the measured datas and consulting the performance specifications of the equipments used in the demonstrative cogeneration sys-tem. For adapting the nonlinear and multi-variable characteristics of the optimization model, the general genetic al-gorithm is improved appropriately. Using C# language, the intelligent optimization software is developed at the same time for solving the cogeneration system online optimization problem. Finally, the application value of the genetic algorithm optimization software for cogeneration system optimal scheduling is verified by a practical example.
出处
《软件》
2017年第12期206-210,共5页
Software
关键词
计算机软件
热电联供
能效优化
遗传算法
Software
Cogeneration
Optimization of energy efficiency
Genetic algorithm
