Without proper reactive shunt compensation techniques, an increase in real power transmission will certainly result in an increase of reactive power demand at the end-voltage generators.

Without proper reactive shunt compensation techniques, an increase in real power transmission will certainly result in an increase of reactive power demand at the end-voltage generators. Correct Answer True

Without proper reactive shunt compensation techniques, an increase in real power transmission will certainly result in an increase of reactive power demand at the end-voltage generators. This will, in turn, lead to an increase in voltage variation along the transmission line. Thus adequate reactive shunt compensation is required for proper flow of reactive and real power and maintaining a desired voltage profile at load end.

Related Questions

Without proper reactive shunt compensation techniques, an increase in real power transmission will result in ________ at the end-voltage generators.