摘要
对中央空调系统中耗能最大的泵采用了变频模糊控制和对中央空调系统中的冷却水进行回收利用,一方面节省了中央空调运行中消耗的无效能量,另一方面实现了冷却水输出总量减排30%—50%的目的。解决了实际应用中循环回收的热能大于需求的热能时产生的无效利用问题,寻找到了冷热联产系统的热能平衡有效控制区域。把基于模糊控制理论的智能控制技术应用到冷热联产的热量转移及管理控制过程,使系统工作及节能状态优化。
The most consuming energy adopt frequency conversion fuzzy control and cooling water recycling in central air-condition-ing. One is saving the useless energy in central air-conditioning application. The other is realizing purpose of the output of cooling water aggregate reduce 30%—50%. This method can solve the practical applied of the invalid utilization problems about the recy-cling recovery of heat energy is more than that generated in requirements and find the heat energy ambulance control area of cool and heat system. Brainpower control technique based on the fuzzy control theory adapt to the heat energy transfer of the cool and heat and the process of supervise control. Which make the work of system and optimize the estate of saving energy.
出处
《微计算机信息》
北大核心
2008年第36期19-20,37,共3页
Control & Automation
基金
控制与测试专项--冷热电设备集成智能化综合利用平台(黔贵科合GY字(2006)3006)基金颁发部门:贵州省科技厅
申请人:唐军
关键词
变频
模糊控制
冷却水
智能控制
frequency conversion
fuzzy control
cooling water
brainpower control
