会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • RESPONSIVE LOAD SYSTEM AND METHOD
    • 响应负荷系统和方法
    • WO2012084196A3
    • 2012-09-07
    • PCT/EP2011006432
    • 2011-12-20
    • RESPONSIVELOAD LTDBLOOR KATIE
    • BLOOR KATIE
    • H02J3/00A23L3/32A23L5/30B01J19/08G06K7/10
    • H02J3/14A23L3/32A23L5/30B01J19/087G06K7/10Y02B70/3225Y04S20/222
    • A responsive load (140) includes at least one power-consuming device (210, 220, 230) adapted to be connected via an electrical power network (130) to a power generation arrangement (120), and adapted to be connected via a communication arrangement to a control arrangement (110), wherein the responsive load (140) is operable to provide an autonomous load response depending upon a characteristic of an electrical supply, for example electrical energy cost, frequency and/or electrical supply magnitude. The responsive load (140) is operable to provide an autonomous load response whose characteristics are determined by a control signal received at the responsive load (140) which determines a manner of operation of the responsive load (140), and/or to provide an autonomous load response depending upon one or more processes which have been previously executed by the responsive load (140).
    • 响应负载(140)包括适于经由电力网络(130)连接到发电装置(120)的至少一个功率消耗装置(210,220,230),并且适于经由通信连接 布置到控制装置(110),其中所述响应负载(140)可操作以根据电源的特性(例如电能成本,频率和/或电力供应量)提供自主负载响应。 响应负载(140)可操作以提供自主负载响应,其特性由在响应负载(140)处接收的控制信号确定,所述控制信号确定响应负载(140)的操作方式,和/或提供响应负载 取决于先前由响应负载(140)执行的一个或多个处理的自主负载响应。
    • 4. 发明申请
    • VIRTUAL POWER STATION
    • 虚拟电力站
    • WO2012114114A3
    • 2013-02-21
    • PCT/GB2012050417
    • 2012-02-23
    • RESPONSIVELOAD LTDCARVER ANDREW JOHNWARREN JOSEPH DANIELBLOOR KATIE
    • CARVER ANDREW JOHNWARREN JOSEPH DANIELBLOOR KATIE
    • H02J3/14H02J13/00
    • H02J3/14Y02B70/3225Y04S20/222
    • The virtual power station (10) includes electrical power generators (20) for providing electrical power via an electrical power distribution network (40, 50) to power consuming devices (60). The virtual power station (10) further includes responsive load controls (120) with associated responsive loads (30). The responsive load controls (120) control power consumption of the responsive loads (30) with respect to a physical variable of the electrical power distribution network (40, 50) for stabilizing operation of the electrical power distribution network (40, 50). The responsive loads (30) execute a response signature and monitor and communicate their power demand arising from execution of the response signature to a central controller (140). From the information supplied by the responsive loads (30), the central controller (140) determines a measure of available responsive load capacity which, in turn, offers improvements in the management of the supply of power by the virtual power station.
    • 虚拟发电站(10)包括用于经由配电网络(40,50)向耗电装置(60)提供电力的发电机(20)。 虚拟发电站(10)还包括具有相关联的响应负载(30)的响应负载控制(120)。 响应负载控制(120)控制响应负载(30)相对于配电网络(40,40)的物理变量的功率消耗,以稳定配电网络(40,50)的运行。 响应负载(30)执行响应签名并监视并将其响应签名执行产生的功率需求传达给中央控制器(140)。 从响应负载(30)提供的信息中,中央控制器(140)确定可用的响应负载能力的量度,其反过来提供虚拟电站对电力供应的管理的改进。
    • 5. 发明申请
    • RESPONSIVE LOAD MONITORING SYSTEM AND METHOD
    • 响应负载监测系统和方法
    • WO2011014073A3
    • 2011-08-18
    • PCT/NO2010000291
    • 2010-07-27
    • RESPONSIVE LOAD LTDHOWE ANDREWBLOOR KATIEWARREN JOE
    • HOWE ANDREWBLOOR KATIEWARREN JOE
    • H02J3/14
    • H02J3/14H02J2003/143Y02B70/3225Y02B70/3266Y02P80/11Y02P90/845Y04S20/222Y04S20/242
    • A system employs a method of determining a level of potential responsive-load electrical power network service susceptible to being provided by one or more power consuming devices (100). The method includes: (a) determining operating characteristics of power consuming devices; (b) developing a parameterized numerical model of operation of the power consuming devices based upon the determined operating characteristics; (c) developing an operating regime using the numerical model and a set of operating rules for the devices for providing responsive-load electrical power network service; (d) applying the operating regime to each of the devices; and (e) monitoring operating characteristics of the power consuming devices (100) after installation for verifying their responsive-load electrical power network service. Optionally, the devices are operable to function autonomously to provide their responsive- load electrical power network service. Optionally, the parameterized numerical model of operation describes a fullest extent to which the power consuming devices are capable of providing responsive-load electrical power network service.
    • 系统采用确定易受由一个或多个耗电设备(100)提供的潜在响应负载电力网络服务的水平的方法。 该方法包括:(a)确定耗电设备的操作特性; (b)基于所确定的操作特性来开发功耗设备的操作的参数化数值模型; (c)使用用于提供响应负载电力网络服务的设备的数字模型和一组操作规则来开发操作制度; (d)将操作制度应用于每个设备; 和(e)在安装之后监测耗电设备(100)的操作特性以验证其响应负载电力网络服务。 可选地,设备可操作以自主地运行以提供其响应负载电力网络服务。 可选地,参数化数值操作模型描述了功耗设备能够提供响应负载电力网络服务的最大程度。
    • 6. 发明申请
    • RESPONSIVE LOAD MONITORING SYSTEM AND METHOD
    • 响应负载监测系统和方法
    • WO2011014073A2
    • 2011-02-03
    • PCT/NO2010/000291
    • 2010-07-27
    • RLTEC LTD.HOWE, AndrewBLOOR, KatieWARREN, JoeNORRIS, Tim
    • HOWE, AndrewBLOOR, KatieWARREN, JoeNORRIS, Tim
    • G05B13/04
    • H02J3/14H02J2003/143Y02B70/3225Y02B70/3266Y02P80/11Y02P90/845Y04S20/222Y04S20/242
    • A system employs a method of determining a level of potential responsive-load electrical power network service susceptible to being provided by one or more power consuming devices (100). The method includes: (a) determining operating characteristics of power consuming devices; (b) developing a parameterized numerical model of operation of the power consuming devices based upon the determined operating characteristics; (c) developing an operating regime using the numerical model and a set of operating rules for the devices for providing responsive-load electrical power network service; (d) applying the operating regime to each of the devices; and (e) monitoring operating characteristics of the power consuming devices (100) after installation for verifying their responsive-load electrical power network service. Optionally, the devices are operable to function autonomously to provide their responsive- load electrical power network service. Optionally, the parameterized numerical model of operation describes a fullest extent to which the power consuming devices are capable of providing responsive-load electrical power network service.
    • 系统采用一种确定易受一个或多个功率消耗装置(100)提供的潜在响应负荷电力网络服务水平的方法。 该方法包括:(a)确定耗电装置的运行特性; (b)基于确定的操作特性开发功耗装置的操作的参数化数值模型; (c)使用数字模型和用于提供响应负荷电力网络服务的装置的一组操作规则来开发操作机构; (d)将操作制度应用于每个装置; 以及(e)在安装之后监视电力消耗装置(100)的操作特性,以验证其响应负载电力网络服务。 可选地,这些设备可操作以自主地运行以提供其响应负载电力网络服务。 可选地,参数化的数字操作模型描述了功耗设备能够提供响应负载电力网络服务的最大程度。
    • 8. 发明申请
    • VIRTUAL POWER STATION
    • 虚拟电力站
    • WO2012114114A2
    • 2012-08-30
    • PCT/GB2012/050417
    • 2012-02-23
    • RESPONSIVELOAD LIMITEDCARVER, Andrew JohnWARREN, Joseph DanielBLOOR, Katie
    • CARVER, Andrew JohnWARREN, Joseph DanielBLOOR, Katie
    • H02J3/14
    • H02J3/14Y02B70/3225Y04S20/222
    • The virtual power station (10) includes electrical power generators (20) for providing electrical power via an electrical power distribution network (40, 50) to power consuming devices (60). The virtual power station (10) further includes responsive load controls (120) with associated responsive loads (30). The responsive load controls (120) control power consumption of the responsive loads (30) with respect to a physical variable of the electrical power distribution network (40, 50) for stabilizing operation of the electrical power distribution network (40, 50). The responsive loads (30) execute a response signature and monitor and communicate their power demand arising from execution of the response signature to a central controller (140). From the information supplied by the responsive loads (30), the central controller (140) determines a measure of available responsive load capacity which, in turn, offers improvements in the management of the supply of power by the virtual power station.
    • 虚拟发电站(10)包括用于经由配电网络(40,50)向耗电装置(60)提供电力的发电机(20)。 虚拟发电站(10)还包括具有相关联的响应负载(30)的响应负载控制(120)。 响应负载控制(120)控制响应负载(30)相对于配电网络(40,40)的物理变量的功率消耗,以稳定配电网络(40,50)的运行。 响应负载(30)执行响应签名并监视并将其响应签名执行产生的功率需求传达给中央控制器(140)。 从响应负载(30)提供的信息中,中央控制器(140)确定可用的响应负载能力的量度,其反过来提供虚拟电站对电力供应的管理的改进。
    • 9. 发明申请
    • RESPONSIVE LOAD SYSTEM AND METHOD
    • 响应负载系统和方法
    • WO2012084196A2
    • 2012-06-28
    • PCT/EP2011/006432
    • 2011-12-20
    • RESPONSIVELOAD LTD.BLOOR, katie,
    • BLOOR, katie,
    • A23L3/32A23L5/30B01J19/08
    • H02J3/14A23L3/32A23L5/30B01J19/087G06K7/10Y02B70/3225Y04S20/222
    • A responsive load (140) includes at least one power-consuming device (210, 220, 230) adapted to be connected via an electrical power network (130) to a power generation arrangement (120), and adapted to be connected via a communication arrangement to a control arrangement (110), wherein the responsive load (140) is operable to provide an autonomous load response depending upon a characteristic of an electrical supply, for example electrical energy cost, frequency and/or electrical supply magnitude. The responsive load (140) is operable to provide an autonomous load response whose characteristics are determined by a control signal received at the responsive load (140) which determines a manner of operation of the responsive load (140), and/or to provide an autonomous load response depending upon one or more processes which have been previously executed by the responsive load (140).
    • 响应负载(140)包括适于经由电力网络(130)连接到发电装置(120)的至少一个电力消耗装置(210,220,230),其中, 并适于经由通信装置连接到控制装置(110),其中所述响应负载(140)可操作以根据电源的特性提供自主负载响应,例如电能成本,频率和/ 或供电量。 所述响应负载(140)可操作以提供自主负载响应,所述自主负载响应的特性由在所述响应负载(140)处接收的控制信号确定,所述控制信号确定所述响应负载(140)的操作方式,和/或提供 自主负载响应取决于之前由响应负载(140)执行的一个或多个进程。
    • 10. 发明申请
    • VIRTUAL POWER STATION
    • 虚拟电力站
    • WO2012114113A2
    • 2012-08-30
    • PCT/GB2012050416
    • 2012-02-23
    • RESPONSIVELOAD LTDCARVER ANDREW JOHNWARREN JOSEPH DANIELBLOOR KATIE
    • CARVER ANDREW JOHNWARREN JOSEPH DANIELBLOOR KATIE
    • H02J3/14
    • H02J3/14Y02B70/3225Y04S20/222
    • The virtual power station (10) includes electrical power generators (20) for providing electrical power via an electrical power distribution network (40, 50) to power consuming devices (60). The virtual power station (10) further includes responsive load controls (120) with associated responsive loads (30). The responsive load controls (120)control power consumption of the responsive loads (30) with respect to a physical variable of the electrical power distribution network (40, 50) for stabilizing operation of the electrical power distribution network (40, 50). The responsive loads (30) execute a response signature which causes a perturbation (250) in the physical variable of the electrical power distribution network (40, 50). Monitoring the perturbation enables a measure of available responsive load capacity to be determined which, in turn, offers improvements in the management of the supply of power by the virtual power station.
    • 虚拟发电站(10)包括用于经由配电网络(40,50)向耗电装置(60)提供电力的发电机(20)。 虚拟发电站(10)还包括具有相关联的响应负载(30)的响应负载控制(120)。 响应负载控制(120)控制响应负载(30)相对于配电网络(40,40)的物理变量的功率消耗,以稳定配电网络(40,50)的运行。 响应负载(30)执行响应签名,其导致配电网络(40,40)的物理变量中的扰动(250)。 监测扰动使得能够确定可用的响应负载能力的量度,反过来又提供虚拟电站对电力供应的管理的改进。