Paper Conference

Proceedings of Building Simulation 2021: 17th Conference of IBPSA

     

An integrated approach to quantify the potential local climate mitigation of a district energy network compared to individual air conditioning systems.

G-E Kyriakodis 1,2, Emmanuel Bozonnet 1, Peter Riederer 2
1 University of La Rochelle
2 CSTB Sophia-Antipolis


DOI: https://doi.org/10.26868/25222708.2021.30360
Abstract: The transition from building to district scale is supported numerically by the nascent field of Urban Building Energy Modelling. However, the concurrent assessment of building energy demand and local climate conditions is sparsely studied explicitly, while there is a lack of integrated tools embedding the modelling of district energy systems. This article presents a developed coupled model to account for building energy needs, urban heat island and site-specific effects, along with the district energy system operation. To illustrate the approach, we examine the mitigation potential of a district network under projected climate conditions for a city with an oceanic climate.
Keywords: UHI, UBEM, microclimate modeling, District energy networks, Synchronous coupling
Pages: 768 - 775
Paper:
bs2021_30360