modelling the long term effect of climate change on a zero energy and carbon dioxide building through energy efficiency and renewables

The results of this work show how, with the correct tuning of the control strategy, the energy demand of the building is covered through the optimal management of the available

Building on this model, we provide the following con- tributions: (i) we demonstrate through an extensive nu- merical evaluation that energy consumption and through- put performance

Our contributions are as follows: i) we present an accurate analytical model that is able to predict the energy consumption, ii) we present an approximate model that sacrifices

It serves a variety of purposes, making presentations powerful tools for convincing and teaching. IT hardware

In the previous sections we have shown how astronomical alignments and solar hierophanies – with a common interest in the solstices − were substantiated in the

In order to know the energy behavior of the house taking into account all the elements of the building envelope, as well as windows and doors and the installations, it is necessary

As we have seen, even though the addition of a cosmological constant to Einstein’s eld equations may be the simplest way to obtain acceleration, it has its caveats. For this rea-

The withdrawn of magnetic ballast and replacement through an electronic one seems the more suitable alternative to improve lighting efficiency and so to reduce demand.. Sixteen