The fluctuation in temperature in the vehicle cabin causes discomfort for occupants. To
maintain a comfortable temperature in the cabin, the importance of the air-conditioning …

This paper presents the performance evaluation of several combinations of working fluids for
a new heat recovery cogeneration system which combines an Organic Rankine Cycle …

In this study, a multi evaporator vapor-compression refrigeration (mVCR) system driven by
Organic Rankine Cycle (ORC) is proposed as a refrigeration system for supermarkets …

The present study deals with performance analysis of solar power tower powered combined
pre-compression supercritical CO2 cycle and organic Rankine cycle (ORC) for recovering …

An exergy based analysis is carried out for waste heat recovery from a marine Diesel engine
using various layouts of organic Rankine cycles (ORCs) for driving a vapor compression …

In this study, a detailed comparison was made between the Organic Rankine Cycle-Vapor
Compression Refrigeration Cycle (ORC-VCRC) and the novel Organic Rankine Cycle …

Solar hybrid air-conditioning systems that use thermal energy of solar radiation using
evacuated tube solar collectors attached to it are commercially available in many markets …

The aims of the present study are to design and perform the analysis of a dual-ejector
refrigeration system (DER). The system is constructed by adding a second ejector and a …

Advanced exergy analysis is a functional approach in every aspect that can identify the
irreversibility originating from internal inefficiencies of the component or the irreversibility …

Waste heat recovery technologies have the potential to reduce fuel consumption and
address increased electricity and cooling demands in shipboard applications. Existing …