Avainasana: LVDC
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Low-voltage DC Electricity Distribution – On Technological and Economic Immaturities and Development Needs
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Low-voltage DC Electricity Distribution – On Technological and Economic Immaturities and Development Needs
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LVDC Power distribution System – Computational Modelling
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LVDC Power distribution System – Computational Modelling
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Galvanic Isolation and Output LC Filter Design for the Low-Voltage DC Customer-End Inverter
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Galvanic Isolation and Output LC Filter Design for the Low-Voltage DC Customer-End Inverter
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Effect of Network Configuration and Load Profile on Efficiency of LVDC
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Effect of Network Configuration and Load Profile on Efficiency of LVDC
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On Common-Mode and RF EMI in Low-Voltage DC Distribution Network
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On Common-Mode and RF EMI in Low-Voltage DC Distribution Network
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On Low-Voltage DC Network Customer-End Inverter Energy Efficiency
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On Low-Voltage DC Network Customer-End Inverter Energy Efficiency
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LQG-based Voltage Control using Load Adaptive Controller
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LQG-based Voltage Control using Load Adaptive Controller
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Fault Detection Method for Phase-to-Ground Faults in Three-Phase Inverter Applications
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Fault Detection Method for Phase-to-Ground Faults in Three-Phase Inverter Applications
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DC Network Characteristics and Modeling for Power Distribution
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DC Network Characteristics and Modeling for Power Distribution
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Power-line-communication-based data transmission concept for an LVDC electricity distribution network – Analysis and implementation
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Power-line-communication-based data transmission concept for an LVDC electricity distribution network – Analysis and implementation