Sentence examples for maximizing the exergy from inspiring English sources

The competing objectives of maximizing the exergy efficiency and minimizing the material costs were treated by a Pareto front.

The GaAs cells generate electricity from high energy photons and reflect low energy photons towards the high temperature absorber, thus maximizing the exergy output of the system.

Then a three-objective optimization is accomplished to specify the optimal design points for the purpose of minimizing the product unit cost and maximizing the exergy coefficient of performance as well as the distilled water mass flow rate.

For both systems, two objective functions including the exergy efficiency and CO2 gas emission (EMI) in kg/MWh, with the aim of maximizing the exergy efficiency and minimizing the EMI are considered.

The same model, coupled with equations describing the dynamics of the freeze-dryer, is used to carry out the exergy analysis of the process, thus pointing out the operating conditions that allow minimizing the exergy losses and maximizing the exergy efficiency.

Fluids such as siloxanes and heavier hydrocarbons are found to maximize the exergy and thermal efficiencies.

Optimization procedure is completed using LINMAP method based on the objective functions to maximize the exergy efficiency and minimizing the total annual cost of the system.

The exergy efficiency, total heat transfer capability and turbine size parameter are selected as three objective functions to maximize the exergy efficiency, and minimize the total heat transfer capability and turbine size parameter under the given waste heat conditions.

The exergy efficiency and overall capital cost are selected as two objective functions to maximize the exergy efficiency and minimize the overall capital cost under the given waste heat conditions.

The present work contributes to the research by proposing a novel multi-objective design optimization scheme that minimizes the global warming potential during the life-cycle and maximizes the exergy performance, while the maximum allowable level of the loss of power supply probability (LPSP) is predefined by the user as a constraint.

Two objective functions are considered, trigeneration exergy efficiency and the total product unit cost, with the aim of maximizing the trigeneration exergy efficiency and minimizing the total product unit cost.