Sentence examples for performance of energy conversion from inspiring English sources

Furthermore, the commercially available modules have been tested and the performance of energy conversion of it has been evaluated experimentally.

To improve the ecological performance of energy conversion systems, it is essential to understand the formation of environmental impact at component level.

The model also includes simple algorithms for the costs and performances of energy conversion plants, such as power stations and hydrogen plants, and for underground injection of CO2.

The performed study indicates that degradation based optimization is a beneficial concept for long term performance degradation analysis of energy conversion systems.

It is expected that the surface modulation by oxygen vacancy can be extended to other semiconductor systems for advanced performance in the fields of energy conversion and storage.

In order to improve the performance and maximize the efficiency of energy conversion of thermoelectric generator (TEG), a mathematical model to predict the maximum energy conversion efficiency of TEG is developed.

While the systems considered here are compact in size, the results obtained on performance parameters such as efficiency of energy conversion and electrical output are sought to be generalized as a storage option for real offshore wind farms.

In general, the performances of these TE devices in terms of energy conversion from heat to electricity can be determined simply from the dimensionless figure-of-merit, ZT [4-6], whish is defined as ZT = S 2 σT/κ, where S 2 σ is the power factor, S is the Seebeck coefficient, σ is the electrical conductivity, T is the absolute temperature, and κ is the thermal conductivity.

The performance of the airfoil sections during the process of energy conversion is evaluated deploying a 2D incompressible unsteady CFD solver and the second law analysis.

The theoretical and experimental study investigated the feasibility of combining two kinds of energy conversion mechanisms to enhance the performance of nuclear batteries.

Exploring non Pt-based catalysts with high ORR performance still remains a great challenge in the development of energy conversion and storage devices.