Fast calculation of latent heat storage process in the direct steam generation solar thermal power system using a POD reduced-order model

Fault analysis and calculation of high voltage auxiliary power system in solar thermal power station

“…The paper mainly focuses on the calculation of short-circuit current for the protection configuration of the high-voltage auxiliary power system in solar thermal power plants. The short-circuit current only calculates values related to protection, The scope of calculation includes short-circuit calculation of high-voltage auxiliary busbar (including maximum threephase short-circuit of high-voltage busbar, minimum two-phase short-circuit of high-voltage busbar, single-phase grounding short-circuit of high-voltage busbar) and short-circuit calculation of high-voltage auxiliary feeder (including short-circuit calculation of high-voltage auxiliary power supply feeder, low-voltage auxiliary transformer, and highvoltage auxiliary motor) [4][5][6] .…”

Numerical investigation of flow boiling behavior in a vertical tube of a shell‐and‐tube phase change heat storage unit

“…This integration effectively addresses the uneven distribution of solar energy across both time and space, thereby mitigating day-night peak/valley differences. 2 Additionally, Furthermore, LHTES contributes to the repurposing of plant waste heat, thereby supporting initiatives for energy conservation and emission reduction.…”

“…Consequently, LHTES assumes a pivotal role as an indispensable component in direct steam generation (DSG) systems, commonly utilized in solar thermal power generation installations. This integration effectively addresses the uneven distribution of solar energy across both time and space, thereby mitigating day‐night peak/valley differences 2 . Additionally, Furthermore, LHTES contributes to the repurposing of plant waste heat, thereby supporting initiatives for energy conservation and emission reduction.…”