In this article, a thermodynamic investigation of solar power tower assisted multigeneration
system with hydrogen production and liquefaction is presented for more environmentally …

In this article, an extensive thermodynamic performance assessment for the useful products
from the solar tower and high-temperature steam electrolyzer assisted multigeneration …

In this paper, a combined power plant based on the dish collector and biomass gasifier has
been designed to produce liquefied hydrogen and beneficial outputs. The proposed solar …

One of the most effective ways to address the environmental issues triggered by fossil fuels
is through the use of renewable energy. In this study, clean and sustainable power and …

In this study, a new solar power assisted multigeneration system designed and
thermodynamically analyzed. In this system, it is designed to perform heating, cooling …

In this study, a new combination of a multi-generation system based on solar energy is
presented and studied from the perspective of energy and exergy. The system includes …

In this study, hybrid renewable energy based hydrogen and electricity production and
storage systems are conceptually modeled and analyzed in detail through energy, exergy …

Renewable energy-based hydrogen production plants can offer potential solutions to both
ensuring sustainability in energy generation systems and designing environmentally friendly …

Renewable energy based multi-generation systems can help solving energy-related
environmental problems. For this purpose, a novel solar tower-based multi-generation …

Renewable energy-supported multigeneration plants and energy storage systems have
important in reducing carbon emissions and also effective use of energy sources. In this …