Sentence examples for good energy performance from inspiring English sources
Evaluation methods can be used to determine what constitutes good energy performance in a building.
New technologies ensure thermal insulation by multiple glazing units so that, maintaining good solar gains, highly glazed buildings can achieve good energy performance during the heating season.
By considering the two methods, a new mathematical model only concerning water allocation networks is presented and the resultant networks feature good energy performance.
Therefore, some criteria need to be defined to support designers in the selection, which should be based, among other properties, on the overall assessment of the thermo-acoustic and hygrometric performance, at the aim of ensuring good energy performance of the buildings and adequate acoustic comfort conditions.
These experimental data are very important in order to design integrated daylighting artificial lighting systems with good energy performances.
Magnetically coupled mechanical nanoresonators with high quality factor show good energy transfer performance while being tunable and may be useful in frequency selective heat production in the biological environment.
Electrochemical analysis indicates that the carbon nanotube foams hybrid architectures exhibit good energy-storage performance with high specific capacity of 614.3C g−1 at 0.5 A g−1 and 444.5C g−1 at 10 A g−1 calculated based on active materials with a voltage window of 0.45 V.
Choosing such a small value, however, may not give a good throughput or energy performance.
The study affirms that the blind bolted end-plate composite joints to CFTST columns possess good energy dissipation seismic performance, so they can provide sufficient ductility and adequate strength to satisfy the seismic design requirement.
In this context, the sustainability of the energy renovation solutions is analysed, verifying if they lead jointly to good rating both in the energy performance and in the environmental sustainability certification.
Energy harvesting from flow-induced vibrations is a recent research field, which considers a diverse range of systems, among which two-degree-of-freedom flutter-based solutions were individuated as good candidates to obtain high energy performance.
