In this paper, the thermodynamic performance evaluations of the two-stage cooling cycle are investigated comparatively for different refrigerants under the same operating conditions. Due to their environmentally friendly ...

In this article, an extensive thermodynamic performance assessment for the useful products from the solar tower and high-temperature steam electrolyzer assisted multigeneration system is performed, and also its sustainability ...

This study deals with a thermodynamic assessment of hydrogen production step of the boron based thermochemical cycle. In addition, this step is assessed for its merits and demerits in terms of energetic and exergetic ...

In this study, a new solar power assisted multigeneration system designed and thermodynamically analyzed. In this system, it is designed to perform heating, cooling, drying, hydrogen and power generation with a single ...

The fundamental purpose of this chapter is to examine a novel renewable energy supported combined plant. The suggested chapter occurs with biomass gasifier unit, gas turbine system, Rankine cycle, single-effect absorption ...

In this paper, a thermodynamic examination of novel solar-thermochemical assisted integrated system is designed for multigeneration purpose. This multigeneration system consists of six sub-systems that are the solar dish ...

Thermochemical and hybrid cycles have become increasingly important in recent years among the hydrogen production methods. In this proposed work, a thermodynamic performance evaluation of calcium bromide (Ca-Br-2) hybrid ...

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In this work, the performance of a greenhouse is analyzed with the application in heating systems in the Mediterranean climate of Turkey. The study has been carried out in the region of Antalya (30.42E, 36.53N). Investigations ...

Hydrogen is one of the most promising fuel options for the future and it is considered as a green energy carrier. Nowadays, hydrogen can be produced from several energy resources, including those that are renewable and ...