A Chapter of the
The GOOSE (Generic Object Oriented Substation Event) protocol is a communication model defined by the IEC 61850 standard, which uses fast and reliable mechanisms to group any format of data (status, value) into a data set and transmit it through electrical networks within a time period of 4 milliseconds.
It is most commonly used for data exchanges between IEDs (IED – Intelligent Electronic Device) in electrical substations over Ethernet.
IEC 61850 MMS (Manufacturing Message Specification) is a client/server based protocol for communications between IEDs (IED – Intelligent Electronic Device) and higher level entities (such as RTUs and SCADAs) over Ethernet that is part of the IEC 61850 standard for communication technology in substations.
It is mapped onto TCP/IP and allows to access the server through its IP address in order to write/read data and exchange files.
The IEC 61850 standard for substation automation specifies a standardized Substation Configuration Language (SCL) to transfer device descriptions and communication parameters amongst different vendors/ manufacturers.
SCL files define several capability subsets for the IED to instantiate its capabilities.
The IED Capability Description (ICD) file is a specific type of SCL file, which are the configuration files defined by the IEC 61850 standard for modern substation automation.
It is usually supplied by manufacturers and defines the full capability range of an IED.
Logical nodes (abstract data objects) are the main elements of the virtual object-oriented IEC 61850 model, which consists of standardized data and data attributes.
They can represent switches in the grid, sensors, communication interfaces, or simply contain descriptions of devices.
iGrid Solutions and Applications
Automation with IEC 61850
The IEC 61850 standard is enabling new oportunities for vendor interoperability and advanced substation automation. Find out how you can take advantage of IEC 61850 with easy-to-use and adaptable solutions for a simple migration or retrofit.
HV Substation Automation
Powerful substation automation systems often handle numerous communication protocols and media within one network, which can result in expensive and complex projects. Avoid these problems with interoperable technology and smart configuration tools.
MV Distribution Grid Automation
It is often difficult to find the exact solution you need in a MV application, leading to higher costs than necessary. With our scalable and adaptable solutions you will be able to only pay for what you really need, without comprimising on quality or security.
Photovoltaic Power Station
Using an open and scalable SCADA system to monitor and control a PV plant comes with many benefits on several levels. Find out how advanced communication technology affects PV operation, maintenance, system design, investment security, profits…