摘要
针对空气源热泵机组的制热特点,基于智能体和分层递阶控制理论,提出了空气源热泵热水系统智能加热的设计方案,以充分利用空气源热泵机组的制热优势.该方案采用层次型结构对加热系统进行设计,其中组织级智能体能够根据人机交互接口和数据库信息规划、决策,完成复杂任务的分配,并根据协调级反馈结果动态调整控制策略;协调级智能体规划、协调具体加热子任务,并分析、评价组织级任务.此系统简化了控制线路,易于分析、控制,在保证空气源热泵达到最佳制热效率的同时,高效利用了空气热源,也实现了24 h无人监管.
In cognizance of heat characteristic for air-source heat pumps,implementation scheme for the air-source heat pump hot-water system is developed for intelligent heating system using Hierarchically Intelligent Control Systems based on intelligent agent in order to make best use of air-source heat pumps.Heating system is designed through application of hierarchical structure,intelligent agent from organizational level programs and makes a strategic decision in order to complete complex tasks＇ Organizations which depend on Human-computer Interface and database,and adjusting controlling strategy on the basis of feedback from coordination level.Intelligent agent from the coordination level plans and coordinates subtasks and analyses and estimates strategies from top level.This control system simplifies control scheme,analyzing and carrying out easily,reaches the purpose of best heating efficiency for air-source heat pump,makes best use of air-source energy and works unsupervised.
出处
《长沙理工大学学报（自然科学版）》
CAS
2011年第1期41-45,共5页
Journal of Changsha University of Science and Technology:Natural Science
关键词
智能体
分层递阶控制
决策
无人监管
agent
hierarchically control
decision-making
unsupervised
