Tong Wei; Hanyu Li; Runnan Sun; Chuck Wah Yu; Xilian Luo · 10.1177/1420326x231220527 https://doi.org/10.1177/1420326x231220527
Indoor and Built Environment
Evaluation of photovoltaic-based solar chimney–assisted stack ventilation within a large space hall: A case study Tong Wei; Hanyu Li; Runnan Sun; Chuck Wah Yu; Xilian Luo CFD simulations of an office building with a large hall assess how a photovoltaic solar chimney can drive natural stack ventilation, varying internal heat sources, chimney inlet height, solar gain and panel layout. Heat released from the back of the PV panels proves most effective, with 200 W/m2 raising airflow by about 16%, while higher inlets and lower heat sources also help.
Building ventilation
Hybrid system
Numerical / CFD
2023
Indoor and Built Environment
no
2023-12-05 12:00:00 00002180
evaluation of photovoltaic-based solar chimney–assisted stack ventilation within a large space hall: a case study
2023
Indoor and Built Environment
Tong Wei; Hanyu Li; Runnan Sun; Chuck Wah Yu; Xilian Luo
10.1177/1420326x231220527
Summary
CFD simulations of an office building with a large hall assess how a photovoltaic solar chimney can drive natural stack ventilation, varying internal heat sources, chimney inlet height, solar gain and panel layout. Heat released from the back of the PV panels proves most effective, with 200 W/m² raising airflow by about 16%, while higher inlets and lower heat sources also help.
Description written by Solar Tower. The original abstract is available from the publisher via the link below.
Open source