What does transmission line compensation means? What are the effects of ‘compensating‘ a power transmission line?
Compensation in transmission lines is basically reducing the inductive or capacitive effects of a transmission line. As you know, inductors have positive impedance whereas capacitors have negative impedance. Thus if a transmission line is predominantly inductive, capacitors are used in parallel so as to negate the inductive impedance. Conversely, if the line is predominantly capacitive, then inductors are used in series to cancel the capacitive effects. This summarizes transmission line compensation, and I hope it helped.
Yes, go to a bike shop and get a tire pressure monitor. You should be able to find out the amount of air that should be in your tires by the type of tires you have. You can fill it up at the gas station but you may or may not need an adapter on the end of it, depending on the tires.
Very basically, reactive components (capacitors/inductors) convert megawatts to megavars, or vice-versa, ultimately raising or lowering voltage on the other end of a line from a generator. This way, the generator doesn't have to overcome losses in the line and operate at an insanely high voltage. There's alot of math between your question and my answer, but that's the basics.
Transmission Line Definition
mostly every 5 time you ride your bike depending on how far you ride it and what you ride it on. But you can buy a pump that cost $15 and you can pump as much as your want.
