PNNL – Topolonet
PNNL and Topolonet Concluded a Study on Topolonet’s DLR Solution LineID
LineID is Topolonet’s groundbreaking Dynamic Line Rating (DLR) software solution that delivers real-time DLR without relying on weather data. This innovative tool provides precise, real-time estimation of critical parameters for any high-voltage overhead transmission line. These parameters include series impedances, shunt admittances, surge impedance loading, voltage stability, line loadability, and characteristic impedance—all derived solely from measurements provided by Synchrophasor Measurement Units (PMUs).
Additionally, LineID includes another revolutionary algorithm that significantly reduces the ratio error in measurement potential transformers (PTs) and current transformers (CTs), resulting in unparalleled precision in line parameter estimation.
In a study conducted by the Pacific Northwest National Laboratory, LineID was rigorously tested on two transmission lines measuring 25 and 100 miles in length. The findings, published in a detailed report, highlight the effectiveness of LineID as a versatile tool, particularly for applications in DLR.
Discover the full potential of LineID by exploring the detailed findings from the study. [Click here to download the full report].
GEB – Topolonet
GEB and Topolonet Collaborative Pilot Project
Grupo Energia Bogota and Topolonet Corporation have started a collaborative pilot project to study the application of BusID in DLR and vegetation management.
Topolonet – Patent
Topolonet – Patent
Topolonet – CalSEED
Topolonet – CalSEED
Topolonet Corporation has been awarded the California Energy Commission Concept Award through CalSEED. Topolonet Corporation was among 28 companies selected out of 212 companies applied for this grant. For more information please 2020 CalSEED Awards.
Topolonet Corporation is developing a software solution for real-time and accurate topology identification and state estimation of the transmission power grid. This software accurately finds the real-time topology of the transmission grids to detect faulty equipment, outages, and cyberattacks to avoid unnecessary power shut down.