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This paper proposes a reliability assessment method for wind power DC collection systems based on MLFTA-SMC. Firstly, it analyzes the topology and key equipment of wind power
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A wind power plant will use a step-up transformer to increase the voltage (thus reducing the required current), which decreases the power losses that happen when transmitting large amounts of current
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Accordingly, one possible approach might be to consider not only a DC transmission system but also for the WPP collection grid. In this paper, a technical and economic comparison
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This paper presents the modelling of an all-direct-current (all-DC) offshore wind power plant (OWPP) which employs DC/DC high-power converters based on modular multilevel converter...
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Offshore wind farm (WF) DC collection systems offer significant reductions in weight and size compared to conventional AC systems. Among DC architectures, the series-parallel wind farm (SP-WF)
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The new series–parallel all-DC power generation system proposed in this paper is not only suitable for offshore large-capacity wind farms but also for onshore wind farms, which is conducive to
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Non-isolated DC/DC converters with digital control and full regulation in a DOSA-compliant footprint. Designed to support high-efficiency 12VDC intermediate bus applications and for use in
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Based on PSCAD/EMTDC, the simulation model of the parallel all-DC wind power system with turbine-side boost based on a new DC converter was established.
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The wind turbine concepts are evaluated for their feasibility in a wind energy system connected to an electrolysis plant based on dc technology. Each concept is analyzed for its electrical
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The paper mainly analyzes the influence of circuit parameter and control parameters on the stability of DC wind turbines. The impedance models of the AC/DC converter and DC/DC
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