System Disturbance definition
Examples of System Disturbance in a sentence
If Century's use of power and energy creates an imbalance between phases that causes a System Disturbance, and Century fails to make changes in the Protective Relays requested by Big Rivers or Kenergy to correct such condition, in addition to any other available remedies, Big Rivers or Kenergy may, in its determination of billing demand, assume that the load on each phase is equal to the greatest load on any phase.
A System Disturbance includes, but is not limited to "Harmonic Distortion" and "Phase Imbalance." A "Harmonic Distortion" is a level of current harmonic total demand distortion measured at the Delivery Point that exceeds the limits on total demand distortion described in IEEE Standard Section A "Phase Imbalance" is a use of capacity and energy in such a manner that causes a current imbalance between phases greater than 5% at the Delivery Point.
If Century's use of power and energy creates an imbalance between phases that causes a System Disturbance, and Century fails to make changes in the Capacitor Additions requested by Big Rivers or Kenergy to correct such condition, in addition to any other available remedies, Big Rivers or Kenergy may, in its determination of billing demand, assume that the load on each phase is equal to the greatest load on any phase.
Century shall not use the Capacitor Additions or perform the Work in such manner as to cause a "System Disturbance." A "Svstem Disturbance" is a use of electric power and energy that directly or indirectly results in a risk of harm to any Person or material damage to or interference with the transmission system of a wholesale power supplier of Kenergy or the transmission system of Big Rivers (the "Wholesale Transmission Svstem").
If Customer's use of power and energy crea y other remedies it has phases that causes a System Disturbance, and fails to m requested by Seller to correct such condition, in addition to Seller may, in its determination of billing demand, assume that the load on each phase is equal to the greatest load on any phase.