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Titlebook: ELECTRIMACS 2022; Selected Papers – Vo Serge Pierfederici,Jean-Philippe Martin Conference proceedings 2024 The Editor(s) (if applicable) an

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Miet Vanderhallen,Geert Vervaekeare mostly the same for these two technologies, but the sodium-ion battery studied in this paper has a negative electrode made of hard carbon “HC” in which different phenomena occur when the state of charge “SoC” decreases. In this paper, we characterized this sodium-ion battery thanks to a physic-b
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Monte Carlo Methods for Dose Calculationss voltage higher than the ESS voltage, but sometimes a high-voltage ESS is needed to satisfy current constraints and still reach high power levels. Therefore, in these scenarios, the grid-side voltage can be lower than the ESS voltage, for example, when the DC bus voltage is as low as 48 V. This pap
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Ion Channels in Biophysics and Physiologybrid electromagnetic (EMT) and transient stability (TS) modeled using dynamic phasors. This co-simulation algorithm does not introduce any delay between the data exchanged at the co-simulation step. The pure linear convergence property of the iterative method allows it to be accelerated towards the
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generation forecast and (iii) grid impedance or data uncertainties. Due to the common lack of grid data availability at the distribution system level, specific attention is dedicated in this paper to the mitigation of grid impedance uncertainties. We propose methodologies to tune the grid parameters
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Losses Prediction in the Frequency Domain for Voltage Source Invertersies components, available from manufacturers. The modelling technique in the frequency domain is described then it is applied, based on mathematical fitting, without physical or circuit description relationships. Finally, the validation of the modelling method is carried out on a low voltage VSI.
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