Trombe walls have been recognized as a cost-effective solution for reducing energy
consumption if designed properly. Most of the experimental studies available in the literature …

Trombe wall serves as an effective passive heating element, and its performance is heavily
reliant on local climate conditions. This study involved both experimental and numerical …

Trombe walls serve as passive solar heating systems. However, their effectiveness is
hindered by substantial heat loss through the glazing. In response to this challenge, this …

The envelope (façade) of a building is the first barrier between the exterior and the interior of
the building and withstands the highest variation in temperature and solar radiation. Trombe …

In this study, the energy performance analysis of a representative residential building
located in Izmir, Turkey, was carried out, utilizing the DesignBuilder energy simulation …

The study has illustrated the implication of heat storage strategies in the case of solar heater
systems that can be used at nighttime. The first segment of the study has illustrated the …

The significant challenge encountered in utilizing Trombe walls for winter heating is summer
overheating, which limits the overall feasibility of the system. In response to this issue, the …

It is crucial to consider structural design issues in Trombe wall (T-wall) buildings to promote
more suitable indoor climates and thermal comfort standards. Therefore, the present study …

The article explores passive systems for regulating microclimates in residential settings, with
a focus on modular constructions. It investigates the use of the trombe wall system for …

Solar chimneys are efficient systems for natural ventilation based on thermal principles.
However, in regions with high temperatures it may not serve to ensure a comfortable indoor …