Analysis of subsynchronous oscillations simulations by generic model of PV and hydrogen systems in bulk power system
International Journal of Hydrogen Energy, ISSN: 0360-3199, Vol: 86, Page: 1299-1309
2024
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Most Recent News
Tomsk Polytechnic University Reports Findings in Computers (Analysis of Subsynchronous Oscillations Simulations By Generic Model of Pv and Hydrogen Systems In Bulk Power System)
2024 OCT 11 (NewsRx) -- By a News Reporter-Staff News Editor at Energy Daily News -- Investigators discuss new findings in Computers. According to news
Article Description
Inverter-driven generation units (IDGUs) based on renewable energy sources (RES) are actively integrated into electric power systems (EPSs) as a part of carbon neutrality development vector. RES units based on solar energy (photovoltaic power plants (PvPPs)) connected to hydrogen-based electric energy storage system (EESS) have been being actively introduced recently. For connection of modern PvPPs and hydrogen-based EESS (HESS) to grid electric power converters (EPC) are used. Large-scale implementation of these devices causes changes of EPS dynamic properties due to properties of inverting EPCs and their automatic control systems. To study and analyze these properties mathematical modelling can be used. Software on calculation of electromechanical transients is usually used for modelling transient processes. In such software generic mathematical models are developed and used to calculate transients in EPSs with PvPPs and HESSs. These models have a number of features due to which the full range of processes accompanying implementation of PvPPs and HESSs into weak grids cannot be simulated. The paper proposes an alternative all-mode variant to model these units in EPS.
Bibliographic Details
Elsevier BV
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