To use the background simulator yourself go to www.ecsp.ch. A tutorial about the Ferranti effect in Power Systems. Watch more videos: / @georgschett801
With a high resistance the current flowing is small, thus the power fed to the resistance is low. When you decrease resistance, the current and thus the power increases up to a tipping point. Load(load-) power is normally referred to as load. Thus, up to the tipping point decreasing the resistance increases the power (=load).
Hi sir,
Which simulator software is used in vedio?
www.ecsp.ch
increase load = decrease in resistance? i don't understand, can you explain ?
With a high resistance the current flowing is small, thus the power fed to the resistance is low. When you decrease resistance, the current and thus the power increases up to a tipping point. Load(load-) power is normally referred to as load. Thus, up to the tipping point decreasing the resistance increases the power (=load).
Load refers to the current that is drawn. If resistance is high then load is low. If resistance is low then load is high.