Two-phase closed thermosyphon (TPCT) as illustrated in Figure 1 is essentially a gravity-assisted wickless heat pipe, which utilizes the heat of evaporation and condensation of the working fluid.
The novelty of the cells lies in the fact that voltage was generated by utilizing the heat energy of solar radiation, as opposed to the light quanta of the solar influx used in conventional photovoltaic cells.
Firstly, a virtual storage system (VSS) model is developed by utilizing the heat storage characteristics of a building.
The implementation of district heating enables high energy efficiency by utilizing the heat available at low temperatures.
It is a device which utilizes the heat capacity of the Earth effectively.
The high-temperature (HT) loop utilizes the heat load of the engine exhaust gas, and the low-temperature (LT) loop uses the heat load of the jacket cooling water and the residual heat of the HT loop sequentially.
A simulation was conducted to validate the feasibility of using a novel cooling strategy that utilized the heat load averaging capabilities of a phase change material (PCM).
The aim of this work is to utilize the heat energy wasted in exhaust gas of an internal combustion engine of low capacity for desalination using a submerged horizontal tube straight pass evaporator and a condensing unit, without the aid of any external energy used for pumping system.
In this communication, it is attempted to utilize the heat losses from the basin of a distillation unit for drying ginger in a drying chamber attached underneath the distillation unit.
