Publication | Closed Access
A More Prospective Look at IGCT: Uncovering a Promising Choice for dc Grids
65
Citations
30
References
2018
Year
EngineeringEnergy EfficiencyPower Electronics ConverterElectric Power ConversionPower ElectronicsPromising ChoiceDc GridsGrid NetworkGrid SystemRenewable Energy SystemsElectrical EngineeringDc MicrogridsComputer EngineeringEnergy StorageElectric Grid IntegrationGrid ApplicationGrid ServiceSmart GridEnergy ManagementPower InverterProspective LookMidvoltage Dc
DC grids, including highvoltage dc (HVdc) transmissions, midvoltage dc (MVdc) distributions, and low-voltage dc (LVdc) supply systems, have elicited widespread concern and rapidly developed in recent years [1]-[6]. Voltage and power can be flexibly controlled because power electronic equipment is widely used in dc grids. Moreover, the conversion stage for energy storage and renewable energy systems in dc grids can be simplified. Such simplification can reduce cost, enhance power conversion efficiency, and improve power quality.
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