Multi-Objective Power Flow Optimization of True Bipolar Dc Distribution Network Considering Positive and Negative Voltage Unbalance
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Publisher
Elsevier BV
Reference21 articles.
1. Research on carbon traceability of power system based on blockchain and power flow calculation under carbon peaking and carbon neutrality goals;H Sun;2022 9th International Forum on Electrical Engineering and Automation (IFEEA),2022
2. Common-mode and RF EMI in a low-voltage DC distribution network with a PWM grid-tie rectifying converter;P Nuutinen;IEEE Trans. Smart Grid,2017
3. Enhanced dual-active-bridge DC-DC converter for balancing bipolar voltage level of DC distribution system;J Lee;IEEE Transactions on Industrial Electronics,2020
4. Unbalanced voltage suppression in a bipolar DC distribution network based on DC electric springs;J Liao;IEEE Transactions on Smart Grid,2020
5. Automatic power flow optimization dispatching method for multi-terminal flexible AC/DC hybrid distribution network based on improved particle swarm algorithm;C Du;2021 International Conference on Power System Technology (POWERCON),2021
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