Parans Sunlight System
Daylight Harvesting / Solar Lighting System
The Parans solar lighting system delivers zero-carbon natural sunlight for indoor environments and constructions. It uses innovative fiber optic lighting technology and design. This sunlight system captures sunlight and directs fiber optic lighting deep into buildings, far from windows. Through daylight harvesting, this sunlight collector spreads sun rays throughout the property. It creates a memorable experience and enhances indoor spaces.
LEADING NATURAL SUNLIGHT
Innovative Daylight Harvesting with Parans Fiber Optic Sunlight System
Parans products were introduced in 2003, marking the start of a journey to harness fiber optic lighting for indoor environments. The first version of Parans’ patented solar lighting system was commercialized in 2004. Developed with Chalmers Technical University in Gothenburg, Sweden, this innovative technology showcased the power of fiber optic daylight solutions, transforming how buildings utilize natural light.
The founders of Parans were passionate about innovation and inspired by nature. They created a solar lighting system to maximize sunlight collection and distribution across various settings. Like a sunflower tracking the sun, Parans’ fiber optic lighting gathers sunlight all day. This groundbreaking technology delivers natural light deep into buildings, enhancing spaces like classrooms, offices, and even hospitals with eco-friendly illumination.
Parans sunlight lighting system embraces daylight harvesting, improving indoor areas lacking sunlight. This approach creates healthier, vibrant environments with fiber optic lighting. It promotes sustainability by reducing artificial light use, cutting energy costs significantly. As a sunlight collector, the system provides zero-carbon natural light, boosting user well-being. It also supports green building goals, making it a top choice for modern architecture. With easy installation and smart design, it suits diverse needs, from small homes to large facilities, improving air quality and mood.