Sentence examples for utilization efficiency of energy from inspiring English sources

A method is investigated for increasing the utilization efficiency of energy resources and reducing environmental emissions, focusing on utility-scale cogeneration and the contributions of nuclear energy.

These techniques reflect the absorption, distribution and utilization efficiency of energy by cells and can indicate Se effect on photosynthetic activity in microalgae cultures (e.g. Geoffroy et al. 2007; Gojkovic et al. 2015).

Using the central composite design, the concentration, yield, and utilization efficiency of energy reached 24.7 mmol/L, 82.3% and 10.6%, with 30 mmol/L of ammonium ion and 1% (V/V) of glycerol, respectively.

Besides, the proposed REH enabled transmission framework not only reduces the CO2 emissions but also improves the energy utilization efficiency of renewable energy.

Additionally, the battery module, which can be seen as the energy buffer, provides the basis of harvested energy scheduling in the dimension of time for further improving the utilization efficiency of harvested energy.

However, the narrow band gap of TiO2 (3.2 eV) limits its utilization efficiency of solar energy [7, 8].

Because of the impact of day and night on solar thermal energy storage, thus, the development of efficient energy storage materials will directly influence the utilization efficiency of solar thermal energy storage [1 3].

Because it is assumed that there is no battery module in the energy harvesting system, the harvested energy cannot be scheduled in the dimension of time to further improve the energy efficiency of CoMP transmission and the utilization efficiency of the harvested energy.

Tidal stream turbines are especially designed to improve the utilization efficiency of tidal stream energy with low impact on marine environment, and some demonstration projects of tidal stream energy are currently under plan along the coast.

This approach enhances the photocatalytic activity of TiO2 and improves the utilization efficiency of the radiation energy [20, 58].

In this way, the uniformities of temperature and thermal stress distributions along crystal thickness and the utilization efficiency of the laser energy are greatly improved.