The phrase "enhanced energy efficiency" is correct and usable in written English.
It can be used when describing something that has improved energy efficiency compared to something else. For example: "This new model of refrigerator features an enhanced energy efficiency compared to other models."
Doing this leads to higher chilled water return temperature and enhanced energy efficiency of the HVAC system.
In this light, given the intense power consumption of wireless networks, considerable research is now being directed at designing random cognitive radio networks with enhanced energy efficiency.
As hybrid biological-inorganic technologies have developed, the focus has shifted from phenomenological and proof-of-concept discovery towards enhanced energy efficiency, production rate, product scope, and industrial robustness.
Low carbon business parks minimise energy-related carbon dioxide emissions by maximal exploitation of local renewable energy production, enhanced energy efficiency, and inter-firm heat exchange, combined in a collective energy system.
Another initiative, the Perform Achieve Trade scheme, is an enhanced energy efficiency trading mechanism based on consumption targets that require large energy user sectors to improve efficiency by 1 2% per year.
Contrary to the conventional belief that these relatively new technologies are exorbitant options for low income groups, this study provides a practical solution for the leap-frogging of developing countries by proving that enhanced energy efficiency can offset the high upfront-cost of new technology options.
Polymer membranes are of increasing importance for a range of molecular separations due to their potential for enhanced energy-efficiency over competing technologies.
The rotational correlation time of bound C obtained from time resolved anisotropy further confirms the motional restriction of C in the ternary system providing enhanced energy transfer efficiency.
The optimized polymer-gel electrolyte results in greatly enhanced energy conversion efficiency (i.e., 7.2% at 1 sun) due to the significantly improved ion transport and good light-scattering effect of the nanofillers.
This enhanced energy conversion efficiency could be attributed to the increased surface area, which enabled higher dye loading, and to the improved interparticle connections, which enhanced charge transport and reduced charge recombination.
In this study, the nanorods with high crystallinity showed enhanced energy conversion efficiency with reduced TiO2/electrolyte interface resistance.
