The object of this study is the investigation of polygeneration plants utilizing solar energy in
order to produce power products on the scale of a few MW. Parabolic trough collectors are …

The objective of this work is to investigate a solar driven trigeneration system by the
energetic, exergetic and financial point of view. Parabolic trough collectors coupled to a …

In this study, a solar driven trigeneration system is investigated and optimized in energetic
and exergetic terms. Parabolic Trough collectors (PTC) are used for supplying the …

The objective of this work is the investigation of a polygeneration system which is driven by
solar energy and a biomass boiler. Parabolic trough solar collectors coupled to a storage …

The objective of the present analysis is to investigate and optimize a solar-driven
polygeneration system with CO 2 as the working fluid. The studied idea is ideal for …

Combined cooling, heating and power (CCHP) is one of methods for enhancing the
efficiency of the energy conversion systems. In this study a CCHP system consisting of a gas …

With increasing energy costs generally and oil prices in particular, and the global drive to
reduce carbon emissions, renewable energy is considered by many as one way to address …

The main goal of this investigation is the detailed analysis of a solar-driven trigeneration
system under dynamic operation. Parabolic trough solar collectors are coupled with a …

In an effort to encourage industries to switch from fossil fuels to renewable energy resources
for supplying their energy demands, the exergy and financial aspects of a thermodynamic …

Solar‐driven polygeneration systems are promising technologies for covering many energy
demands with a renewable and sustainable way. The objective of the present work is the …