There are some architectural factors in the energy saving design of residential houses in Taiwan. In addition, in rural area, window glazing is a key factor to reducing electricity. For these purposes, a simulation model of exterior shading has been done in this study. Various types of shading devices have been analysed and compared in terms of energy savings. Simulation analysis by DesignBuilder reveals that shading devices has substantial impact to minimizing energy consumption. The results derived in this paper could provide useful suggestions for the shading design of residential buildings at rural area in Taiwan
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Facade is accepted as a determinant component on energy performance of a building, forming the bound...
[[abstract]]This paper purposes on shading devices as natural daylight utilization component for bui...
There are some architectural factors in the energy saving design of residential houses in Taiwan. In...
The key factors in the energy-saving design of a building’s exterior in Taiwan are the thermal perfo...
Thesis (Master's)--University of Washington, 2020This thesis aims to propose a designed dynamic shad...
Building shading devices can improve the thermal comfort in indoor environment, and also reduce cool...
The external horizontal shading device is an important climatic design element in the t...
Solar shading designs are important for reduction of building energy consumption and improvement of ...
Building sector in most countries around the world requires large amounts of heating and cooling ene...
As an emerging country and one of the most populous countries in the world, Indonesia requires a suf...
To investigate the energy performance of solar shading devices, this paper carried out a survey on t...
AbstractThe study scopes to optimize the characteristics of shading devices (SDs) with integrated ph...
Energy Efficiency is important to ensure our country's natural resources are adequate for future gen...
Traditional dynamic shading systems are usually driven by electricity for continuously controlling t...
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Facade is accepted as a determinant component on energy performance of a building, forming the bound...
[[abstract]]This paper purposes on shading devices as natural daylight utilization component for bui...
There are some architectural factors in the energy saving design of residential houses in Taiwan. In...
The key factors in the energy-saving design of a building’s exterior in Taiwan are the thermal perfo...
Thesis (Master's)--University of Washington, 2020This thesis aims to propose a designed dynamic shad...
Building shading devices can improve the thermal comfort in indoor environment, and also reduce cool...
The external horizontal shading device is an important climatic design element in the t...
Solar shading designs are important for reduction of building energy consumption and improvement of ...
Building sector in most countries around the world requires large amounts of heating and cooling ene...
As an emerging country and one of the most populous countries in the world, Indonesia requires a suf...
To investigate the energy performance of solar shading devices, this paper carried out a survey on t...
AbstractThe study scopes to optimize the characteristics of shading devices (SDs) with integrated ph...
Energy Efficiency is important to ensure our country's natural resources are adequate for future gen...
Traditional dynamic shading systems are usually driven by electricity for continuously controlling t...
External solar shading devices can substantially reduce the cooling load of buildings and large ener...
Facade is accepted as a determinant component on energy performance of a building, forming the bound...
[[abstract]]This paper purposes on shading devices as natural daylight utilization component for bui...