Sentence examples for maximum electrical efficiency from inspiring English sources

The maximum electrical efficiency was around 8%.

Performance maps were created to determine optimal working conditions to achieve either maximum electrical efficiency or power.

The maximum thermal efficiency enhancement by using microencapsulated phase change slurry was 9.24% and the maximum electrical efficiency enhancement by using microencapsulated phase change slurry was 1.8%.

The maximum electrical efficiency of 1.03% was achieved using 50/50 KVCO, but the maximum radiant efficiency of 31.5% was obtained by using 100 kerosene.

Comparisons are made between electrical performance of the different mode of operations and it is concluded that there is an optimum number of fans for achieving maximum electrical efficiency.

This study reveals that the maximum electrical efficiency for the solar mode is 15%, for the solar and storage mode is 7%, and for the storage mode is 6.5%.

The maximum gross electrical efficiency obtained is 12.32%, for a heat source temperature about 155 °C and a direct dissipation to the ambient.

Furthermore, the performance of the ORC was experimentally characterized in a test bench in a previous work, achieving a maximum gross electrical efficiency of 12.32%.

This study reveals that the maximum electrical-exergy efficiency for the solar mode is 7%, for the solar and storage mode is 3.5%, and for the storage mode is 3%.

Then maximum output power, electrical efficiency and Seebeck coefficient are calculated from obtained data.

On the other hand, the magnitude of any electronic conductivity in an oxide-ion conductor has a great impact on the maximum voltage and electrical efficiency achievable by the SOFC.