Voltage Flicker. Any voltage flicker on the Company System caused by the Facility shall not exceed the limits stated in IEEE Standard 1453-2011, or latest version "Recommended Practice – Adoption of IEC 61000-4-15:2010, Electromagnetic compatibility (EMC) – Testing and measurement techniques – Flickermeter – Functional and design specifications".
Voltage Flicker. Any voltage flicker at the Point of Interconnection caused by the Facility shall not exceed the limits defined by the "Borderline of Visibility Curve" identified in IEEE Standard 519-1992, or latest version "Recommended Practices and Requirements for Harmonic Control in Electrical Power Systems".
Voltage Flicker. Voltage surges or flickers caused by the operation, synchronization, or isolation of the Facility shall be within the standards of frequency of occurrence and magnitude established by LES to prevent undue voltage flicker on the LES electrical system. The Owner shall provide suitable equipment to reasonably limit voltage fluctuations caused by the Facility.
Voltage Flicker. Facility Owner shall take responsibility for limiting Voltage Flicker caused by their Facility to remain within the maximum values at the Interconnection Boundary, measured at the Point of Delivery, specified in IEC TR 00000-0-0.
Voltage Flicker. The voltage flicker level shall not exceed APS standards measured at the Customer’s POI as outlined in the latest version of IEEE 519 and IEEE 1453.
Voltage Flicker. Voltage Flicker is an increase or decrease in voltage over a short period of time and is normally associated with fluctuating loads or motor starting. A Flicker problem is site-specific and depends on the characteristics of the changes in load. A Flicker is considered objectionable when it either causes a modulation of lighting levels sufficient to be irritating to humans or it causes equipment to malfunction. The RGS shall not cause objectionable Flicker for other customers on BL&P’s Grid. Refer to IEC Standard EN61000-3-3 (2008) or most recent version of EN61000-3-3.
Voltage Flicker. The voltage surges caused by the operation, synchronization, or isolation of the production facility shall be within the standards of frequency of occurrence and magnitude established by LCUB’s electric system to prevent undue voltage flicker on LCUB’s electric system.
Voltage Flicker. This section provides guidelines for allowable voltage flicker and voltage sag on the MPS’ system during large block loading situations. These guidelines can also apply to generator block loading calculations and evaluation of voltage disturbances due to other load issues. The person or customer causing objectionable voltage flicker is responsible for correcting the problem that is created. Table 1 (shown below) documents reasonable levels which voltage flicker should not be objectionable. Reasonable limits for other starting frequencies can be interpolated from the table or derived from the most current version of the IEEE Standard 141- 1993 flicker curve graph. The limits established for the three columns are based on the perception of flicker at the different frequencies of occurrence from the most current version of the IEEE Standard 141-1993 and the relative number of members that would be affected. Flicker imposed on MPS’ primary lines is limited to just above the borderline of the visibility since it can affect other customers on the same primary line.
Voltage Flicker. Interconnection Customer shall limit to acceptable levels the Facility’s production of voltage fluctuations (flicker) at the Point of Interconnection, consistent with IEEE 1453 entitled “Recommended Practice for the Analysis of Fluctuating Installations on Power Systems”, as such standard may be revised, modified, or replaced from time to time.
Voltage Flicker. LSP shall limit to acceptable levels the production of voltage fluctuations (flicker) at the Delivery Point consistent with the IEEE Recommended Practices and Requirements for Harmonic Control in Electrical Power Systems (IEEE Standard 519, or its successor).
