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Glance of Research Activities
Glance of Research Activities
Design and Development of LOW COST novel 4.0 m² Scheffler Solar Concentrator (SCC) for Steam Generation
Design and Development of LOW COST novel 4.0 m² Scheffler Solar Concentrator (SCC) for Steam Generation
Objectives
Objectives
Design of SCC using mathematical correlation
Development of online-calculator to facilitate geometrical parameters of SCC based on cooking load
Fabrication of novel SCC without dead weight
Optimization of Design Parameters of Straight-Channel Printed Circuit Heat Exchanger for Supercritical CO2 Brayton Cycle based Concentrating Solar Power Plants
Optimization of Design Parameters of Straight-Channel Printed Circuit Heat Exchanger for Supercritical CO2 Brayton Cycle based Concentrating Solar Power Plants
Schematic of Printed Circuit Heat Exchanger for CO2
In this research, an attempt has been made in the present study to identify optimum operating and geometric design parameters for printed circuit heat exchanger (PCHE) that can transfer heat in the range of 2–100 MW to carbon dioxide fluid-based Brayton cycle for concentrating solar power plants. For this purpose, six different nature inspired optimization techniques have been used to solve heat transfer phenomenon between hot molten salt and cold carbon dioxide fluid in the PCHE. The optimization techniques applied are artificial bee colony, gray wolf, cuckoo, Jaya, particle swarm and teaching learning-based optimization algorithms. From the results obtained, it is observed that cuckoo optimization algorithm provides optimum design parameters among other optimization techniques considered.
PCHE.mp4GUI Dashboard created with MATLAB for Optimization of Geometric Parameters of PCHE
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