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During the fault response the DC current flows through the SR to consume excess energy.
The typical fault response of a converter interfaced DC network is presented in detail in [4].
Reference [87] investigated the impact of power flow strategies on fault response in MTDC systems.
The fault response included two aspects: the fast fault isolation and the post-fault control of system recovery.
During the fault response the DC current flows through the SR, which limits the fault current and consumes excess energy.
The pole-to-pole fault response can be depicted in three stages: capacitor discharge stage, diode freewheel stage and grid-side current feeding stage.
Note that, the lower i th is, the greater is the risk of misjudging a fault response, which may result in power fluctuation and unnecessary current harmonics.
Fourth, the robustness of the system to the failure of one robot is analyzed, and four effective typical fault response modes are proposed.
Aileron actuation is used to highlight the proposals for control design, energy consumption and thermal analysis, power network pollution analysis and fault response.
In this paper, we proved that isolation is optimal if the fault response matrix and noise covariance matrix are diagonal simultaneously.
The typical pole-to-pole fault characteristics are shown in Fig. 4, the fault response can be depicted in three stages: capacitor discharge stage, diode freewheel stage and grid-side current feeding stage.
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