Title :
On Capacitor Switching Transient Immunity of Inverter-Based Renewable Generations
Author_Institution :
Hydro One Networks Inc., Toronto, ON, Canada
Abstract :
This paper highlights an immediate need for renewable generation developers, manufacturers, utilities and industry standardization institutes to jointly address a challenge of capacitor switching transient immunity in inverter-based wind or solar farms. The need was identified from wide-area operation records which showed partial or full generation loss in coincidence with routine utility-owned capacitor switching. The lack of a clear industry guideline has caused confusion to all involved parties. This paper recommends all entities to address this challenge collaboratively through enhanced equipment specification, design, and test before a well-defined industry guideline becomes available.
Keywords :
capacitor switching; solar power stations; wind power plants; capacitor switching transient immunity; full generation loss; industry standardization institutes; inverter-based renewable generations; inverter-based solar farm; inverter-based wind farm; renewable generation developers; utility-owned capacitor switching; wide-area operation records; Capacitors; Industries; Standards; Substations; Switches; Transient analysis; Wind farms; Capacitor switching; inverter; power quality (PQ); transient immunity;
Journal_Title :
Power Delivery, IEEE Transactions on
DOI :
10.1109/TPWRD.2015.2430754