Sentence examples for efficiency of energy generation from inspiring English sources

Since the estimates presented in this paper appear plausible as a first approximation, the impact of these yield ratios can be briefly considered by comparing the efficiency of energy generation along the three ATP generating pathways.

The peak pressure achieved in the cycle also affects the efficiency of energy generation.

As operational energy consumption in buildings falls, due to continued tightening of regulations and improvements in the efficiency of energy generation and distribution, present inefficiencies in embodied energy use become increasingly significant in the calculation of whole life energy use.

This effect may be explained by a correlation of the membrane redox state with the efficiency of energy generation.

These stoichiometries are often hard to determine a priori, yet they impact directly the P/O ratio and the efficiency of energy generation (Reed et al., 2006a).

The reason is that the azimuth of the tested BIPV system in this study was inclined to 50° in the southwest and moreover, the self-shade caused by the projected building mass resulted in the further reduction of energy generation efficiency.

This test validated the significant reduction of pitch action and relatively high efficiency for energy generation.

The efficiency of renewable energy generation and storage mediums needs to be rigorously increased in order to provide comparable business incentives.

In the present situation, it is, therefore, necessary to achieve better and better efficiency of electric energy generation which will have a critical significance in meeting the emission-related requirements.

Considerable evidence suggests that cellular energy supply is a key factor controlling ripening and senescence events, and that aging and browning of postharvest horticultural crops may be related to inadequate supplies and reduced efficiency of cellular energy generation [ 1- 3].

Energy efficiency encompasses conserving a scarce resource; improving the technical efficiency of energy conversion, generation, transmission and end-use devices; substituting more expensive fuels with cheaper ones; and reducing or reversing the negative impact of energy production and consumption activities on the environment.