We successfully implemented an innovative sliding skylight project in the roof patio area of a modern house in Singapore, solving the problem of insufficient light and limited ventilation of a traditional patio. With Singapore’s unique tropical climate, the project needed to meet the requirements of high strength waterproofing, intelligent control and aesthetic design.
At the initial stage of the project, we noticed that the original fixed skylight structure had obvious shortcomings: low utilization of natural light, poor air circulation, and inability to adapt to changing climatic conditions. After a professional evaluation, we adopted a modular sliding skylight system, whose core advantages are reflected in three aspects:
First, in terms of functionality, the system adopts an aircraft-grade aluminum alloy frame with tempered laminated glass, which not only ensures structural safety, but also achieves silent and smooth opening and closing operations. The integrated intelligent control system is equipped with light-sensing and rain-sensing sensors, which can automatically respond to weather changes, while supporting remote control by mobile APP.
Secondly, in terms of climate adaptability, we have specially designed hidden three-dimensional drainage channels to ensure that the system maintains excellent performance under extreme weather conditions. Precise waterproof construction and selection of weather-resistant materials enable the skylight to comfortably cope with the changing climatic challenges of the tropics.
Finally, in terms of aesthetics, the minimalist lines of the design blended perfectly with the modern architectural style, and the high degree of consistency between the CAD scheme and the finalized view validated the accuracy of our design.
Upon completion of the project, significant results were achieved: natural lighting efficiency increased by 300%, ventilation performance improved by four times, and daytime lighting energy consumption was reduced by 62%. Owners have commented that the system not only solved a real problem, but has become a favorite functional design element in their homes. The successful implementation of this project has set a new benchmark for lighting and ventilation solutions for buildings in tropical regions.
