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    • 1. 发明申请
    • HEAT METERING FOR CENTRAL THERMAL ENERGY INSTALLATION
    • 用于中央热能安装的热量计
    • WO2010073220A1
    • 2010-07-01
    • PCT/IB2009/055912
    • 2009-12-22
    • INGENIA S.R.L.ARESTA, AlessioBARI, FedericoFRONTERRE', MicheleGRECO, CosimoMALAN, StefanoMASOERO, MarcoVANDONI, Giorgio
    • ARESTA, AlessioBARI, FedericoFRONTERRE', MicheleGRECO, CosimoMALAN, StefanoMASOERO, MarcoVANDONI, Giorgio
    • G01K17/10
    • G01K17/10
    • What is described is a virtual heat metering system (10), comprising: a plurality of sensors (12, 14, 16, 18, 20), adapted to be associated with a supply circuit of a central thermal installation (I) and arranged for supplying main signals (Q man. , T man. , T rit. , P man. , P rit ., s) indicative of physical quantities representing the operation of the supply circuit (C) in a predetermined period of time (Δt TOT ); a control apparatus (22), comprising: - a memory module (23) arranged for storing a thermal and fluid dynamic model (M) defined initially and representing the central thermal installation (I), identified on the basis of physical quantities representing the operation of the supply circuit (C) and the heat exchanger devices (H 1,1 ,..., H 1,n1 ; H 2,1 ,..., H 2,n2 ;...; H m,1 ,..., H m,nm ), detected in specified conditions of operation and stimulation of the installation (I); and data representing the variation of said main signals (Q man. , T man. , T rit. , P man. , P rit. , s) in the period of time (Δ TOT ); and - a processing unit (24), arranged for receiving at its input the data representing the variation of the main signals (Q man. , T man. , T rit. , P man. , P rit. , s) in the period of time (Δt TOT ), and configured to process these data according to the thermal and fluid dynamic model (M) and to supply at its output the data (Ê 1,1 ,..., Ê 1,n1 :Ê 2,1 ,..., Ê 2,n2 ;...;Ê m,1 ,..., Ê m,nm) which represent the estimate of the thermal energy (E 1,1 ,..., E 1,n1 :E 2,1 ,..., E 2,n2 ;...;E m,1 ,..., E m,nm ) individually exchanged between each heat exchanger device (H 1,1 ,..., H 1,n1 :H 2,1 ,..., H 2,n2 ;...;H m,1 ,..., H m,nm ) and the corresponding thermal user (U 1 ,..., U m ).
    • 所描述的是虚拟热量计量系统(10),其包括:多个传感器(12,14,16,18,20),适于与中央热设备(I)的供应回路相关联, 在预定时间段(ΔtTOT)中提供指示表示供应电路(C)的操作的物理量的主信号(Qman。,Tman。,Trit。,Pman。,Prit。 一种控制设备(22),包括: - 存储器模块(23),其被布置用于存储最初定义并表示中心热设备(I)的热和流体动力学模型(M),其基于表示操作的物理量 的供电电路(C)和热交换器装置(H1,1,...,H1,n1; H2,1,...,H2,n2; ...; Hm,1,...,Hm ,nm),在规定的操作条件和安装刺激下检测(I); 以及表示所述主信号(Qman。,Tman。,Trit。,Pman。,Prit。,s)在该时间段(ΔTOT)​​中的变化的数据; 以及 - 处理单元(24),被布置成在其输入端接收表示所述时间段内的主信号(Qman。,Tman。,Trit。,Pman。,Prit。,s)的变化的数据(ΔtTOT ),并且被配置为根据热和流体动力学模型(M)处理这些数据,并在其输出端提供数据(Ê1,1,...,Ê1,n1:Ê2,1,...,Ê2, 表示热能的估计(E1,1,...,E1,n1:E2,1,...,E2,n2)的n2; ...; ...,m1,..., 在每个热交换器装置(H1,1,...,H1,n1:H2,1,...,H2,n2之间)分别交换; ...; Em,1,...,Em,nm) ..,Hm,1,...,Hm,nm)和相应的热用户(U1,...,Um)。
    • 2. 发明公开
    • HEAT METERING FOR CENTRAL THERMAL ENERGY INSTALLATION
    • HEAT数据统计中心热发电设备
    • EP2376884A1
    • 2011-10-19
    • EP09805946.2
    • 2009-12-22
    • Ingenia S.r.l.
    • ARESTA, AlessioBARI, FedericoFRONTERRE', MicheleGRECO, CosimoMALAN, StefanoMASOERO, MarcoVANDONI, Giorgio
    • G01K17/10
    • G01K17/10
    • What is described is a virtual heat metering system (10), comprising: a plurality of sensors (12, 14, 16, 18, 20), adapted to be associated with a supply circuit of a central thermal installation (I) and arranged for supplying main signals (Q
      man. , T
      man. , T
      rit. , P
      man. , P
      rit ., s) indicative of physical quantities representing the operation of the supply circuit (C) in a predetermined period of time (Δt
      TOT ); a control apparatus (22), comprising: - a memory module (23) arranged for storing a thermal and fluid dynamic model (M) defined initially and representing the central thermal installation (I), identified on the basis of physical quantities representing the operation of the supply circuit (C) and the heat exchanger devices (H
      1,1 ,..., H
      1,n1 ; H
      2,1 ,..., H
      2,n2 ;...; H
      m,1 ,..., H
      m,nm ), detected in specified conditions of operation and stimulation of the installation (I); and data representing the variation of said main signals (Q
      man. , T
      man. , T
      rit. , P
      man. , P
      rit. , s) in the period of time (Δ
      TOT ); and - a processing unit (24), arranged for receiving at its input the data representing the variation of the main signals (Q
      man. , T
      man. , T
      rit. , P
      man. , P
      rit. , s) in the period of time (Δt
      TOT ), and configured to process these data according to the thermal and fluid dynamic model (M) and to supply at its output the data (Ê
      1,1 ,..., Ê
      1,n1 :Ê
      2,1 ,..., Ê
      2,n2 ;...;Ê
      m,1 ,..., Ê
      m,nm) which represent the estimate of the thermal energy (E
      1,1 ,..., E
      1,n1 :E
      2,1 ,..., E
      2,n2 ;...;E
      m,1 ,..., E
      m,nm ) individually exchanged between each heat exchanger device (H
      1,1 ,..., H
      1,n1 :H
      2,1 ,..., H
      2,n2 ;...;H
      m,1 ,..., H
      m,nm ) and the corresponding thermal user (U
      1 ,..., U
      m ).