...Ali Tukkee; Hussain Al-Kayiem The solar vortex engine (SVE) is an updraft solar power generation system that removes the limits and high capitals costs imposed by the traditional solar chimney. In this study, a thermodynamic power cycle is developed by integrating the processes taking place along...

... matter efficiency energy heat transfer heating simulation thermodynamics Science for Equity, Empowerment and Development Division 10.13039/501100001845 NITR/ES/2020/M/1597 Solar energy is widely recognized as one of the most promising renewable energy sources, with significant...

... of CPC into LTTD was thermodynamically modeled and simulated under tropical climatic conditions. Key parameters, including hot feed saline water temperature, temperature gradient, cold-water inlet temperature, feed saline water flowrate, flash chamber pressure, and varying salinity levels, were examined...

... at the absorber inlet, K, and T out is the heat transfer fluid temperature at the absorber outlet, K. The equations governing the main components of the hybrid desalination plant are indicated in the following sections. The first and second laws of thermodynamics are considered to establish mass...

... conservation solar tower thermodynamics With the rising human population, there is a significant surge in the demand for energy resources. This surge is contributing to the rapid depletion of Earth's energy resources and is leading to severe environmental crises. To address this pressing issue...

... 2024 27 08 2024 Graphical Abstract Figure concentrated solar energy cement industry solar calciner carbon mitigation potential collector environment heating radiation renewable solar tower thermal power thermodynamics India holds a 7% global share...

... Graphical Abstract Figure drying onion slice thickness thermal efficiency solar radiation thermodynamics Drying is an essential postharvest procedure that prevents microbial growth and spoilage by decreasing the moisture content of onions, thus extending their shelf life...

... cycles, was developed for compressors and reversible machines. This correlation is based on the number of stages and physical size of the machine, which were estimated considering thermodynamic as well as mechanical limitations. The results indicate that for a plant size of 50 MW and a discharge duration...

... on the second law of thermodynamics, it allows the evaluation of irreversibility related to heat transport in the system. Due to irreversibility, the entropy of the system increases continuously and attains maximum value at the state of equilibrium, and all the irreversibility mechanisms cease at this stage...

... transfer materials renewable solar thermodynamics Office of Energy Efficiency and Renewable Energy 10.13039/100006134 DE-EE0008840 Solar thermochemical fuel production processes utilize concentrated solar energy as a high-quality heat source to drive endothermic H 2 O (or CO 2...

.... , and Srinivas , T. , 2016 , “ Options in Kalina Cycle Systems ,” Energy Procedia , 90 , pp. 260 – 266 . 10.1016/j.egypro.2016.11.193 [3] Pacheco-Reyes , A. , and Rivera , W. , 2021 , “ Thermodynamic Cycles for the Simultaneous Production of Power and Cooling: A Comprehensive Review...

... Collectors ,” Energy. Convers. Manage. , 173 , pp. 715 – 727 . 10.1016/j.enconman.2018.08.013 [25] Pandya , B. , Modi , N. , Upadhyai , R. , and Patel , J. , 2019 , “ Thermodynamic Performance and Comparison of Solar Assisted Double Effect Absorption Cooling System with LiCl-H2O...

... , “ Thermodynamic Analysis of Forced Convective Solar Drying of Cocoa With Black Coated Sensible Thermal Storage Material ,” Case Stud. Therm. Eng. , 26 ( 101140 ), pp. 1 – 12 . 10.1016/j.csite.2021.101140 [10] Dina , S. F. , Ambarita , H. , Napitupulu , F. H. , and Kawai , H. , 2015...

... exergy air conditioning heating solar thermal power thermodynamics Multigeneration systems have been proven to achieve better energy utilization efficiency and provide more cost-effective opportunities than the sum of their collective subsystems if operated separately [ 1 ]. Although several...

..., NJ , pp. 1029 – 1130 . Nusselt number solar air heater overall performance factor trapezoidal duct Reynolds number friction factor efficiency energy fluid flow heat transfer thermodynamics The combustion of fossil fuels will release various exhaust gases, which contribute...

... is termed as thermosyphon effect. thermal model temperature evacuated solar exergy series absorber clean energy collector efficiency radiation thermodynamics 09 05 2021 17 07 2022 17 07 2022 18 08 2022 Contributed by the Solar Energy Division of ASME...

... and B uilding E nergy C onservation . 22 09 2021 16 05 2022 17 05 2022 13 06 2022 supercritical CO 2 cycles recompression sCO 2 -BC recuperator solar energy clean energy collector energy renewable solar system thermal power thermodynamics...

.... An efficiency close to 13% is estimated without solid-phase heat recovery, which is more than twice that of the best present experimental systems (∼5%). The results are regarded preliminary as a thermodynamic analysis. solar thermochemistry water splitting nonstoichiometry cerium oxide genetic algorithm...

... supercritical CO 2 recompression Brayton cycle organic Rankine cycle solar tower thermodynamic analysis genetic algorithm clean energy efficiency energy exergy system thermodynamics National Natural Science Foundation of China 10.13039/501100001809 22068024 According...

... thermodynamics For the availability of food products all over the year, storage is required for a long time, which can be done by removing the moisture content (MC) or freezing the products below the freezing point of water. Drying is an efficient and most economical technique for preserving medicinal...