The effective utilization of solar energy is feasible by matching the energy supply to demand
with selective solar collectors and energy storage. Solar thermal systems with thermal …

Harnessing waste thermal energy from greywater (GW) in non-industrial buildings is
becoming necessary to reduce energy demands, make heating/cooling technologies more …

This study used latent heat thermal energy storage (LHTES) within a commercial plate-type
heat exchanger (PHE) to numerically investigate the solidification process of phase change …

Thermal energy release process during solidification of water has been simulated in current
investigation. Time-linked equation was solved via Galerkin approach and automatic time …

Low efficiency in recovering low-grade heat remains unresolved despite decades of
attempts. In this research, we designed and fabricated a novel thermo-osmotic ionogel (TOI) …

Thermal performance of a solar collector mainly depends on the material characteristics of
normal and elevated operating conditions. The material selection depends on the …

In this work, the effect of various parameters on the thermal performance and heat losses
from the concentrated solar receiver is studied parametrically. A parabolic dish solar …

To integrate heat extraction and storage into a single unit along with decoupling of demand
and supply, Phase Change Materials (PCMs) can be used to harness heat from grey water …

In this work, the effect of reflectivity of the reflector, absorptivity of the absorber, intercept
factor and beam solar radiation in the thermal performance of a solar parabolic concentrator …

ABSTRACT A simultaneous test method is proposed, for evaluating the effect of phase
change material (PCM) in the concentrated solar receiver, under similar operating …