Abstract:
Grid-tied solar inverters can only generate active electricity at unity power factor. Only grid meets load reactive power needs.
Due to the rapid deployment of renewable-based Distributed Energy Resources, reactive power required from the grid has increased relative to active power. It affects grid power quality. If the grid-tied solar inverter is sophisticated enough to deliver reactive power in addition to active electricity, the grid will need less reactive power.
This study discusses PV inverter technologies for absorbing and injecting reactive power in addition to their typical functions. A detailed discussion of static reactive power compensation control strategy simulation findings is offered.
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