首页> 外国专利> CONTROL SYSTEM OF REGENERATIVE AIR CONDITIONING INSTALLATION, CONTROLLED PLANNING APPARATUS, CONTROLLED PLANNING METHOD, AND RECORDING MEDIUM AND PROGRAM FOR EXECUTING THE CONTROLLED PLANNING

CONTROL SYSTEM OF REGENERATIVE AIR CONDITIONING INSTALLATION, CONTROLLED PLANNING APPARATUS, CONTROLLED PLANNING METHOD, AND RECORDING MEDIUM AND PROGRAM FOR EXECUTING THE CONTROLLED PLANNING

机译:蓄热式空调安装控制系统,控制规划装置,控制规划方法以及执行控制规划的记录介质和程序

摘要

PROBLEM TO BE SOLVED: To provide a controlled method for making a plan wherein the rate of the consumption of electric power and the running cost both of the entire regenerative air conditioning equipment, by calculating the rate of the consumption of electric power and the cost of each of a heat source machine, a load side instrument and a conveying instrument in the regenerative air conditioning equipment. ;SOLUTION: For dealing with a predicted value of a heat load, after stored heat energy in a heat storage tank in a regenerative air conditioning equipment is detected, a first variable is estimated which minimizes the rate of the consumption of electric power of the whole of the regenerative air conditioning equipment under the conditions of operation of a heat source instrument. Then a second variable is estimated which minimizes the rate of the consumption of electric power of the whole of the regenerative air conditioning equipment under the conditions of the operation of a load side instrument. Further, a third variable is estimated which minimizes the rate of the consumption of the operation of electric power of the whole of the regenerative air conditioning equipment under the conditions of the operation of another instrument. By repeating the cycle of the calculations of those first, second, and third variables a controlled plan is calculated for minimizing the rate of the consumption of electric power of the whole of the regenerative air conditioning equipment and the running cost.;COPYRIGHT: (C)2003,JPO
机译:解决的问题:通过计算电力消耗的速率和成本,提供一种计划的受控方法,其中,整个再生空调设备的电力消耗的速率和运行成本均如此。再生空调设备中的热源机,负载侧仪器和输送仪器中的每一个。 ;解决方案:为了处理热负荷的预测值,在检测到蓄热式空调设备的储热罐中存储的热能后,估算出第一个变量,该变量可最大程度地降低整体电力消耗的速率热源仪器运行条件下的再生空调设备的结构。然后,估计第二变量,该第二变量在负载侧仪器的操作条件下使整个再生空调设备的电力消耗率最小。此外,估计第三变量,其在另一仪器的操作条件下使整个再生空调设备的电力的消耗速率最小化。通过重复这些第一,第二和第三变量的计算循环,可以计算出受控计划,以使整个再生空调设备的电力消耗率和运行成本降至最低。版权:(C )2003年,日本特许厅

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