IEEE C37.118 Master
The IEEE C37.118 Master driver enables the simulator to connect with one or more Phasor Measurement Units (PMUs), which typically operate as IEEE C37.118 Slaves in an IEEE master slave communication setup to stream phasor data. Upon connection, the simulator requests the configuration from the PMU and sends a command to initiate data transmission. This real-time integration using the IEEE C37.118 protocol ensures data is readily available for computation and analysis within the simulation model.
Built to the IEEE C37.118.2-2011 specification, part of the broader IEEE C37.118 standard family including IEEE C37.118.1, this driver supports three communication protocols: TCP, UDP, or a combination of TCP/UDP.
About IEEE C37.118
C37.118 is the IEEE Standard for Synchrophasor Measurements in Power Systems, defining synchrophasor, frequency, and rate of change of frequency (ROCOF) measurements under all operating conditions. The standard outlines methods for evaluating these measurements and sets compliance requirements for both steady-state and dynamic conditions.
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FAQ
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What is the IEEE C37.118 Master and how does it work in a simulation environment?
The IEEE C37.118 Master is a driver that allows our simulators to connect with Phasor Measurement Units (PMUs), which operate as IEEE C37.118 slaves. It requests configuration data and initiates phasor data streaming for real-time analysis within the simulation model.
Which protocols are supported by the IEEE C37.118 Master for communication with PMUs?
The IEEE C37.118 Master supports TCP, UDP, or a combination of both protocols to comply with the IEEE C37.118 protocol and IEEE C37.118.1 requirements for flexible communication with PMUs.
How does the IEEE C37.118 protocol support synchrophasor data in power system simulations?
The IEEE C37.118 protocol, defined by the IEEE C37.118 standard, enables accurate transmission of synchrophasor, frequency, and ROCOF measurements in real-time simulations, ensuring reliable data exchange between IEEE master slave configurations.
Is the IEEE C37.118 Master compatible with OPAL-RT platforms like RT-LAB and HYPERSIM?
Yes, the IEEE C37.118 Master driver is fully compatible with our RT-LAB and HYPERSIM platforms, enabling high-fidelity simulation using the IEEE C37.118.1 and IEEE C37.118 standard.
What are the key benefits of using OPAL-RT’s IEEE C37.118 Master for PMU integration?
Using our IEEE C37.118 Master offers seamless IEEE master slave integration, compliance with IEEE C37.118.2-2011, and support for real-time data processing with the IEEE C37.118 protocol—essential for advanced power system testing.
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