Improved one-dimensional residual network high-voltage DC diagnosis for high-precision fault identification. [PDF]
PLoS OneLi R, Zhang X, Hao W, Wang T.
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Enhanced distance protection for HVDC lines using adaptive neuro-fuzzy inference systems. [PDF]
PLoS OneHamada AM +7 more
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Enhancing electrical and thermal stress capabilities of hybrid CBs in VSC based MT HVDC grids using thyristor based FCL topology. [PDF]
Sci RepKhan B +5 more
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Fault Ride-Through Optimization Scheme for Hybrid AC/DC Transmission Systems on the Same Tower. [PDF]
Sensors (Basel)Chu X, Liu Q, Fu L, Yu S, Wang W.
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Enhancing stability in renewable energy transmission using multi-terminal HVDC systems with grid-forming controls for offshore and onshore wind integration. [PDF]
Sci RepShufian A +3 more
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Experimental Characterization and Calibration of a MEMS Electric Field Sensor Under DC Ionized Field Conditions. [PDF]
Micromachines (Basel)Ren R, Li B, Peng C.
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Line fault location in emerging HVDC transmission systems
, 2014 The current technology used for location of permanent faults in high voltage direct current (HVDC) transmission lines and cables is based on the travelling-wave principle. This technology has served well for the conventional point-to-point HVDC systems, but is inadequate to handle emerging HVDC transmission configurations such as schemes with very long
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Real time frequency and voltage stabilization in multi area hybrid power systems using hybrid MGOAO optimized PID and FOPID controllers. [PDF]
Sci RepAbhishek U +7 more
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Earth Grid: Toward a low-carbon energy infrastructure. [PDF]
iScienceKumar A +7 more
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Electric transmission value and its drivers in United States power markets. [PDF]
Nat CommunKemp JM +4 more
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