Ai Feedback
Exact(9)
Maximum exergetic efficiency exceeded 11%, maximum environmental efficiency reached up to 95% at optimized process.
The global maximum exergetic efficiency is achieved for inlet temperature equal to 750 K and it is 45.3%.
The minimization of the collecting area, which means maximum exergetic efficiency, is the optimization goal in every case.
Optimization is utilized to determine parameter values within a feasible design window, which leads to a maximum exergetic efficiency of 87%.
A maximum net electrical power ratio between charging and discharging of 125% is obtained, while the maximum exergetic efficiency is 59%.
Mass flow rate and fluid inlet temperature are the examined parameters in order to predict which combination of these leads to maximum exergetic efficiency.
Similar(51)
The maximum process exergetic efficiency was found to be 22.27% and 22.09% using the conventional exergy and eco-exergy concepts, respectively, at a liquid media flow rate of 12 mL/min and an agitation speed of 500 rpm as the best operational conditions.
The global maximum of the exergetic efficiency is achieved with helium operating to 640 K inlet temperature and 0.035 kg/s mass flow rate.
The maximum enhancement in exergetic efficiency of roughened solar air heater as compared to smooth absorber plate solar air heater has been found as 56% corresponding to relative roughness height (e/D) = 0.0422.
It is shown that there is an optimal set of operating conditions wherein the exergetic efficiency is the maximum.
More specifically, for the theoretical case with maximum performance (black dotted line), the exergetic efficiency is 38.73%, while for the reference case is 37.01%.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com