AbstractWindows are thermally weak compared with external walls and roofs, and have a large effect on the indoor thermal and light environments, and the energy used for lighting and for heating, ventilation, and air-conditioning. Furthermore, it is important that the window system and blinds could be controlled appropriately according to the wishes of the occupants to ensure satisfactory thermal and light environment, and acceptable views from the windows. This paper reports the basic concepts and the advanced technologies and mechanisms of the windows for controlling heat and light, and their effects based on specific examples
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
In our research we use the technology of electrochromic (EC) glazing to maximize the use of daylight...
This thesis treats angle-resolved optical properties and the energy efficiency of windows. A theoret...
AbstractWindows are thermally weak compared with external walls and roofs, and have a large effect o...
An approach to the design of active window shades is developed to control the direct solar gain thro...
Windows should be paid special attention as they contribute a significant part of the total heat-los...
Algorithms to describe the manual control of window blinds and electric light-ing, in response to co...
This paper explores the potential of thermotropic (TT) windows as a means of improving overall build...
Algorithms to describe the manual control of window blinds and electric lighting, in response to com...
AbstractThe article describes new energy saving windows with heat-reflecting screens, which signific...
Solar gains are one of the most important factors of design for energy efficient buildings. While “c...
Artificial lighting can increase a energy consumption. On the other hand, the availability of dayl...
Windows are a key component in the building envelope. They are often, thought of as energy drains an...
This research explores shading potential for improving the thermal properties of a box-window. Two d...
Windows are vital elements in the built environment that have a large impact on the energy consumpti...
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
In our research we use the technology of electrochromic (EC) glazing to maximize the use of daylight...
This thesis treats angle-resolved optical properties and the energy efficiency of windows. A theoret...
AbstractWindows are thermally weak compared with external walls and roofs, and have a large effect o...
An approach to the design of active window shades is developed to control the direct solar gain thro...
Windows should be paid special attention as they contribute a significant part of the total heat-los...
Algorithms to describe the manual control of window blinds and electric light-ing, in response to co...
This paper explores the potential of thermotropic (TT) windows as a means of improving overall build...
Algorithms to describe the manual control of window blinds and electric lighting, in response to com...
AbstractThe article describes new energy saving windows with heat-reflecting screens, which signific...
Solar gains are one of the most important factors of design for energy efficient buildings. While “c...
Artificial lighting can increase a energy consumption. On the other hand, the availability of dayl...
Windows are a key component in the building envelope. They are often, thought of as energy drains an...
This research explores shading potential for improving the thermal properties of a box-window. Two d...
Windows are vital elements in the built environment that have a large impact on the energy consumpti...
This paper examines the thermal and luminous performance of single-glazed windows with and without s...
In our research we use the technology of electrochromic (EC) glazing to maximize the use of daylight...
This thesis treats angle-resolved optical properties and the energy efficiency of windows. A theoret...