Creation of energy-efficient building envelope - Benachir, Nouhaila
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The building envelope (walls, floor, windows,roof) is a very important element of the design as it can have a effect on the energy performance of the building, that is comfortable all year round can be achieved with reasonable levels of insulation, reduced thermal bridging, summertime shading features, and ventilation. Depending on the properties of the thermal zone where we are, it is therefore possible to integrate PCM and optimize their parameters in order to favourably diphase the energy consumption peaks and energy consumption and, by the same token, significantly reducing the use of the…mehr

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Produktbeschreibung
The building envelope (walls, floor, windows,roof) is a very important element of the design as it can have a effect on the energy performance of the building, that is comfortable all year round can be achieved with reasonable levels of insulation, reduced thermal bridging, summertime shading features, and ventilation. Depending on the properties of the thermal zone where we are, it is therefore possible to integrate PCM and optimize their parameters in order to favourably diphase the energy consumption peaks and energy consumption and, by the same token, significantly reducing the use of the HC system. Consequently, the integration of this PCM in the envelopes of new buildings or in renovation would contribute to reduce the energy bill in the building sector in Morocco. So the (PCM) represents a sustainable alternative to reduce energy consumption for this a thermal dynamic simulation was realized with TRNSYS 204. Since PCM involves large latent heat at small temperature phase changes, PCM is used for temperature stabilization and for storing heat with large energy densities and capacity the storage in combination with rather small temperature changes.
Autorenporträt
Nouhaila BENACHIR, Bauingenieurin, BSc-Absolventin im Bereich Vertrieb und Marketing und Master of Engineering an der Poeletche Lille 1, Frankreich Ich befinde mich derzeit im letzten Studienjahr (Promotion) im Bereich Energie und Bauingenieurwesen an der ENSA und arbeite für ein chinesisches Unternehmen in Frankreich und Algerien und habe an einer internationalen Konferenz mit UNISCO über den Klimawandel teilgenommen.