This paper reviews applied single and hybrid solar energy-saving techniques with emphasis
on solar chimney, Trombe wall, and photovoltaics for building energy consumption and …

In order to improve the thermal comfort of the occupants within the buildings in summer and
winter climates, the current study thoroughly examines several designs using the Trombe …

Trombe Wall (TW) as effective passive solar design technology can improve the building's
energy efficiency and thermal comfort. TW may not be very effective alone. Adding Phase …

Trombe walls are attracting considerable attention from researchers and engineers on
account of their potential ability for addressing environmental and energy crisis. However …

The comprehensive utilization of photovoltaic and solar-thermal (PVT) is an important
approach to achieve the carbon peaking and carbon neutrality goals, and can realize the …

The integration of a photovoltaic system with the Trombe wall system (PVTW) is effective in
thermal load regulation of buildings and electrical energy production. The modification of the …

Most of existing photovoltaic (PV)-Trombe wall systems use a single coolant which has the
drawbacks of low utilization efficiency and unreasonable heat distribution of space heating …

In order to improve the thermal efficiency of Trombe wall in winter conditions, a novel system
of high-efficiency dual-channel Trombe wall was proposed in this paper. The influence of …

Trombe wall is one of the sustainable architectural designs in the building that offers
significant opportunities for energy saving and contribute to the low green-house emissions …

Renewable energy sources, especially solar energy, can meet part of the global energy
needs, especially for domestic uses at present. The combination of Trombe walls and solar …