Voltage Collapse Sample Clauses

Voltage Collapse. It is neither of interest nor possible to specify exactly at which voltage a voltage collapse occurs as this will vary with the state of operation and access to active and reactive synchronized production at the onset of the fault. Some events that low voltage can lead to are: • Consumers being affected at a voltage of 0.5-0.7 p.u. (contactors open) • Risk of overloading equipment at 0.8 p.u. • Risk of production being shed due to low voltage on auxiliary power equipment (0.85 p.u.) • Reactive resources being exhausted, i.e. generators are at their current limits for rotors and stators. Can appear at a voltage of 0.85-0.9 p.u. Neither is it possible to specify a global value for the calculatory inaccuracy. This is different for each system operator and transmission constraint and primarily depends on the quality of data, representation of the underlying systems and the calculation technique used. The margin for primary voltage regulation is set by each system operator for internal constraints and bilaterally between the system operators for constraints between systems.
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Voltage Collapse. The ISO and NEVP shall take measures in their respective control areas to arrest collapsing voltage that affects the Interconnection.
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Voltage Collapse. The ISO and CFE shall take measures in their respective control areas to arrest collapsing voltage that affects the Interconnection.
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Related to Voltage Collapse

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