空气源热泵的分层递阶多智能体控制系统

摘要

Considering the advantage of air-source heat pump set and the inefficient utilization of heat and temperature-fixed heat source, the structural model for hierarchical multi-agent control system of air-source heat pumps was established, and the fuzzy determination controller for water tank temperature setting and the decision-making controller for start-time prediction unit of water tank temperature basing on the ambient temperature were designed. The system designed and realized with C++ language can promote the heating efficiency and benefit the later innovation of air-source heat pumps.%针对空气源热泵机组的制热优势及其热水系统当前存在的不能有效利用空气热源和定温制水的问题,创建了空气源热泵分层递阶多智能体的控制结构模型；设计了水箱设定温度的模糊判定控制器和BP网络根据环境温度和水箱水温优化预测机组启动时间的决策控制器,并用C++编程语言实现了所设计的控制系统.