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    • 1. 发明申请
    • SYSTEMS AND METHODS FOR UTILITY USAGE MONITORING AND MANAGEMENT
    • 用于实用性监测和管理的系统和方法
    • WO2015041741A2
    • 2015-03-26
    • PCT/US2014/046652
    • 2014-07-15
    • PANDUIT CORP.
    • FARRAR, Peter Thorburn KenyonMORUZ, Adrian
    • G01R21/1333G01D4/004G01D7/00G01R22/063G06Q50/06Y02B90/242Y02B90/245Y04S20/322Y04S20/40Y04S20/46
    • According to one aspect, a method of providing utility usage information to a user includes automatically receiving at a host system utility usage data collected by a plurality of utility meters at a user site, processing the received utility usage data, storing the processed utility usage data in a database, and reporting utility usage information based on the utility data, via a reporting interface, based on one or more interactive selections received from a user. The plurality of utility meters includes a plurality of different types of utility meters. The host system is at a location remote from the user site. A first portion of the utility usage data is received via a first communications network and a second portion of the utility usage data is received via a second communications network. The first communications network is different from the second communications network.
    • 根据一个方面,一种向用户提供公用设施使用信息的方法包括:在主机系统处自动接收由用户站点处的多个公用设施仪表收集的公用设施使用数据;处理所接收的公用设施用量 数据,将经处理的公用设施使用数据存储在数据库中,以及基于从用户接收到的一个或多个交互式选择,经由报告界面基于公用设施数据报告公用设施使用信息。 多个公用事业仪表包括多种不同类型的公用事业仪表。 主机系统位于远离用户站点的位置。 公用设施使用数据的第一部分经由第一通信网络被接收,并且公用设施使用数据的第二部分经由第二通信网络被接收。 第一个通信网络与第二个通信网络不同。
    • 3. 发明申请
    • ELEKTRISCHER ENERGIEZÄHLER
    • 电能COUNTER
    • WO2013068045A1
    • 2013-05-16
    • PCT/EP2011/069923
    • 2011-11-11
    • SIEMENS AKTIENGESELLSCHAFTGRAF, Klaus-MartinSANDER, Sonja
    • GRAF, Klaus-MartinSANDER, Sonja
    • G01R21/133G06K9/00G06Q50/06
    • G01R21/1333G06Q50/06
    • Die Erfindung betrifft ein Verfahren zum Betreiben eines elektrischen Energiezählers (15) an einer Messstelle (14) in einem elektrischen Gebäudeverteilungsnetz (12), wobei an das Gebäudeverteilungsnetz (12) eine Mehrzahl elektrischer Energieverbraucher (11a-11n) angeschlossen ist und wobei Strommesswerte und Spannungsmesswerte erfasst und daraus Wirkleistungsmesswerte, die die momentan von den Energieverbrauchern (11a-11n) aus dem Gebäudeverteilungsnetz (12) bezogene elektrische Wirkleistung angeben, ermittelt werden; der Energiezähler ermittelt aus aufeinanderfolgenden Wirkleistungsmesswerten einen Elektroenergiemesswert, der die innerhalb einer vorgegebenen ersten Messzeitdauer von den Energieverbrauchern (11a-11n) aus dem Gebäudeverteilungsnetz (12) bezogene elektrische Energie angibt. Um eine umfassendere Aussage über die Zusammensetzung des elektrischen Energieverbrauchs, insbesondere über die Höhe des Leerlauf-Energieverbrauchs, treffen zu können, wird erfindungsgemäß vorgeschlagen, dass aus den Wirkleistungsmesswerten auch ein Leerlauf-Elektroenergiemesswert ermittelt wird, der diejenige elektrische Energie angibt, die von den Energieverbrauchern (11a-11n) in einem Leerlaufzustand bezogen wird. Die Erfindung betrifft auch einen entsprechend eingerichteten elektrischen Energiezähler (15).
    • 本发明涉及一种方法,用于在电建筑物分配网络(12)的测量点(14)运行的电能量计(15),到建筑物分配系统(12)包括多个电能源消费者(11A-11N)的连接以及所述电流测量值和电压测量值 被检测并从该指示当前从建筑物分配系统(12)的有效电功率的能量消耗(11A-11N)有关本有源功率测量值来确定; 从连续测量值有效功率来确定指示从建筑物分配系统(12)的电能的能量消耗(11A-11N)的预定的第一测量周期内的相关的电能量测量值的能量计。 为了使电功率消耗的组合物的一个更完整的陈述,特别是在空闲功耗的量,本发明提出的是还一个空闲信元的电力测量值被从有效功率测量值确定的,表示来自能源消费者电能 (11A-11N)在空闲状态下使用。 本发明还涉及一种相应设置电能计(15)。
    • 5. 发明申请
    • COMMODITY CONSUMPTION METER
    • 商品消费量表
    • WO98054583A1
    • 1998-12-03
    • PCT/GB1998/001506
    • 1998-05-22
    • G01D4/00G01R21/133
    • G01D4/004G01R21/1333Y02B90/242Y04S20/322
    • A commodity consumption meter (2), of a type to which add-on circuitry (54) can be attached to provide at least one function ancillary to metering of the consumption of the commodity, comprises an electrical circuit (6) having metering means (20) for measuring consumption of the commodity in response to at least one electrical signal (vi and vv) applied to an input of said circuit and an interface circuit (22) for controlling data supplied to a display (8) which is connectable to the interface (22). The interface circuit (22) is operable in a first mode of operation to relay consumption data from the metering means (20) to the display (8) and in a second mode of operation to provide data to the display (8) from the add-on circuitry (54) connected to an additional connection (18) to the circuit.
    • 一种能够连接附加电路(54)的类型的商品消耗计(2),其包括具有计量装置(6)的电路(6) 20),用于响应于施加到所述电路的输入的至少一个电信号(vi和vv)来测量商品的消耗;以及接口电路(22),用于控制提供给显示器(8)的数据,所述接口电路可连接到所述电信号 界面(22)。 接口电路(22)可操作在第一操作模式中,以将来自计量装置(20)的消耗数据中继到显示器(8),并且在第二操作模式中,从添加的数据向显示器(8)提供数据 - 连接到电路的附加连接(18)的电路(54)。
    • 6. 发明申请
    • MULTIPLE RATE ELECTRICAL ENERGY METERING APPARATUS
    • 多速率电能表测量仪
    • WO1982002954A1
    • 1982-09-02
    • PCT/US1982000204
    • 1982-02-19
    • GENERAL ELECTRIC CO
    • GENERAL ELECTRIC CODI MASSIMO DONALD VINCENTMAY JOHN BRUCEJOHNSON BRIAN CORYCOOPER JEFFREY LYNN
    • G01R15/08
    • G01R21/1333
    • The apparatus is adapted for metering electrical energy on a continuous basis, and also for separately metering the energy supplied during time intervals during the day when peak system loads are expected, so as to provide a basis for surcharges for energy consumed during those peak load intervals. The system includes input means (58, 34, 18) to receive pulses representative of electrical energy consumption, means (within 12) for detecting the beginning and the end of a peak time of use period, a first register (within 12) for accumulating the total count of pulses received during the peak time of use period, a second register (within 12) for accumulating the total count of pulses received, and a display means (44) interconnected with the registers (at 18, 36, 42, 40, 46) and operable selectively for reading out and displaying the contents of either one of the registers.
    • 该装置适于连续地计量电能,并且还用于分别计量在白天期间的时间间隔期间提供的能量,以期望达到峰值系统负载,以便提供在这些峰值负载间隔期间消耗的能量的附加费用的基础 。 该系统包括用于接收表示电能消耗的脉冲的输入装置(58,34,18),用于检测使用期间的峰值时间的开始和结束的装置(在12之内),用于累积的第一寄存器(在12之内) 在使用期间的高峰期间接收到的脉冲的总计数,用于累加接收到的脉冲总计数的第二寄存器(12之内)以及与寄存器(18,36,42,40)互连的显示装置(44) ,46),并且可选地用于读出和显示任一个寄存器的内容。
    • 10. 发明申请
    • UTILITY USAGE RATE MONITOR
    • 实用性使用率监视器
    • WO2002084309A1
    • 2002-10-24
    • PCT/AU2002/000474
    • 2002-04-12
    • HALLIWELL, RossGLADWIN, Paul
    • HALLIWELL, RossGLADWIN, Paul
    • G01R11/00
    • G01R21/1333G01D4/00G01R22/00Y02B70/343Y02B90/245Y04S20/34Y04S20/40
    • A utility usage rate monitor that allows a utility consumer to monitor their current rate of consumption of a utility service. The monitor can display the rate of consumption in a form that has particular relevance to the consumer such as the cost or rate of expenditure on the utility or a greenhouse gas emission reduction rate. The monitor has a transducer (1) that senses the rate that the utility is being supplied to the consumer. The transducer produces a signal and sends it to a remotely located consumer interface (15) via a transmission link (16). An awareness of the expenditure or greenhouse gas emission associated with the current levels of consumption of the utility can motivate the consumer to modify their consumption habits and minimise wastage.
    • 一个公用事业使用率监视器,允许公用事业消费者监视其目前的公用事业服务消费率。 显示器可以以与消费者特别相关的形式显示消费率,例如公用事业的成本或费用或温室气体减排率。 显示器具有感测实用程序向消费者提供的速率的换能器(1)。 换能器产生信号并通过传输链路(16)将其发送到位于远程的消费者接口(15)。 意识到与当前公用事业消费水平相关的支出或温室气体排放可以激励消费者改变消费习惯并尽量减少浪费。