公开(公告)号：US10079696B2

公开(公告)日：2018-09-18

申请号：US15151741

申请日：2016-05-11

Applicant: SMA Solar Technology AG

Inventor： Raimund Thiel ,  Dirk Schlote ,  Georg Engelhard

IPC: H04L12/54 ,  H04L12/66 ,  H04L12/403 ,  H04L5/14

Abstract: A method for the communication of system control units with multiple energy generating systems includes receiving request data from the system control units and system data from the energy generating systems at a common gateway, managing the system data and processing the request data in the gateway, and sending control commands to the energy generating systems and/or data responses to the system control units via the gateway. The request data and/or the system data are received in at least two different data models at the gateway, and translated from their respective data models into a metadata model. The translated system data are managed and the translated request data are processed in the gateway, resulting in data responses and/or control commands in the metadata model that are translated back into the data models of the specific system control units and/or energy generating systems, and transmitted to them by the gateway.

公开(公告)号：US20160254929A1

公开(公告)日：2016-09-01

申请号：US15151741

申请日：2016-05-11

Applicant: SMA Solar Technology AG

Inventor： Raimund Thiel ,  Dirk Schlote ,  Georg Engelhard

IPC: H04L12/66 ,  H04L5/14

CPC classification number: H04L12/66 ,  H04L5/14 ,  H04L12/403

Abstract: A method for the communication of system control units with a plurality of spatially distributed energy generating systems, which jointly feed into a continuous supply network for electrical energy, includes receiving request data from the system control units and system data from the energy generating systems at a gateway that is operating as a common gateway, managing the system data in the gateway and processing the request data in the gateway, and sending control commands to the energy generating systems and/or data responses to the system control units that result from the processing of the request data via the gateway. The method also includes receiving the request data in at least two different data models of the individual system control units and/or receiving the system data in at least two different data models of the individual energy generating systems at the gateway, translating the request data and the system data from their respective data models into a metadata model in the gateway; and managing the translated system data in the gateway and processing the translated request data in the gateway, wherefrom data responses compiled from system data to specific system control units and/or control commands to specific energy generating systems result in the metadata model. Lastly, the method includes translating the data responses and/or control commands from the metadata model into the data models of the specific system control units and/or energy generating systems in the gateway, and transmitting the translated data responses and/or control commands by the gateway to the specific system control units and/or energy generating systems.

Abstract translation: 一种用于与多个空间分布式能量发生系统通信的系统控制单元的方法，该多个空间分布式能量发生系统联合馈入用于电能的连续供电网络，包括从系统控制单元接收请求数据和来自能量发生系统的系统数据 网关，其作为公共网关操作，管理网关中的系统数据并处理网关中的请求数据，以及向能量生成系统发送控制命令和/或对系统控制单元的数据响应， 通过网关的请求数据。 该方法还包括在各个系统控制单元的至少两个不同数据模型中接收请求数据和/或在网关处的各个能量产生系统的至少两个不同数据模型中接收系统数据，翻译请求数据和 将系统数据从其各自的数据模型转换为网关中的元数据模型; 以及管理网关中的翻译的系统数据并处理网关中的翻译的请求数据，由此从系统数据向特定的系统控制单元和/或控制命令编译的数据响应导致特定的能量生成系统导致元数据模型。 最后，该方法包括将来自元数据模型的数据响应和/或控制命令转换成网关中的特定系统控制单元和/或能量产生系统的数据模型，以及通过以下方式传输转换的数据响应和/或控制命令： 通往特定系统控制单元和/或能量发生系统的网关。