A dynamic liquid filled prismatic louver (LFPL) façade is evaluated both as a daylight
redirecting and an energy harvesting system. The LFPL performs daylight redirection due to …

Two significant design strategies for mitigating building energy consumption are daylight
redirection and solar energy harvesting. Effective daylighting implementation enhances the …

Adequate daylighting inside built spaces helps reaching satisfactory levels of energy
consumption by reducing the usage of artificial lighting. Moreover, it is a major source in …

A liquid filled prismatic louver (LFPL) façade that can perform daylight and thermal energy
harvesting with the potential to offer enhanced natural illumination levels to office spaces …

Daylighting in built spaces has several benefits. It helps in reaching satisfactory levels of
energy consumption by reducing the usage of artificial lighting. Furthermore, daylighting is …

Two significant design strategies for mitigating building energy consumption are daylight
redirection and solar energy harvesting. Good daylighting implementation enhances the …

A key element in a well-designed building is the full exploitation of the available solar
radiation. Solar radiation, via its visible and infrared spectrum, affects the natural illumination …