The capability of the controller to substantially increase the energy performance of the system, as well as to achieve excellent regulation performances in process applications is demonstrated.
The designed controller allows to substantially increase the energy performance of the system, as well as to achieve excellent regulation performances in process applications.
It is expected that these results help researchers and manufacturers extend their analysis to increase the energy performance in diffusion absorption refrigeration systems.
By extending the system boundary from a closed algae cultivation system to an open neighborhood-scale urban environment, the design of a new close-loop network configuration contributes to the increase of energy performance and biofuel production and the reduction of fossil fuel consumption, waste stream flow and the carbon emissions of the urban system.
Since increasing the energy performance usually requires the use of special devices resulting in a high construction cost, we also propose to use GA for the purpose of economical optimization.
For high-rise multi-story existing buildings, due to the complexity of the occupant mix and their emission reduction goals, more attention should be paid to reducing the energy consumption of common areas and increasing the energy performance of the building envelope.
Anaerobic digestion of residual de-oiled biomass (post lipid extraction) has also been suggested as a means of increasing the energy performance of the algae-to-energy system [ 35, 74].
However, to increase their energy performances, low viscosity, electronic conductive suspensions loaded with active material are required.
This paper analyzes the performance of a building-integrated thermal storage system to increase the energy performances of solaria in a cold climate.
