HIGHLIGHTS Local Atmospheric Electrical Circuit – LAEC with line transmission The waveform in atmospheric coupling (transmission - LT) is out of phase by 10.34. A voltage drop difference 0.27% observed relation to the coupling. Signal peaks at 100kV induced approximately 0.66% LT (375kV).

This contribution presents a time-domain model of the skin depth effect in a lossy transmission line. The model was developed and implemented in VHDL-AMS for a twowire edge coupled line but it is general and can be used for other types of lossy transmission line and high-frequency applications with skin depth effect. The salient feature of the model is the use of signal variation rate instead o...

This paper proposes a new method for transmission loss allocation. The share of each bus in the transmission line losses is determined using transmission line loss equations with respect to bus-injected currents. Then, it is applied to the total network transmission lines. In the proposed method, comparing with other methods, a solution to remove the negative loss allocation has been introd...