Light changes
everything.

Quantum, Hyperion and QS shades coordinate daylight and electric light. The case documents dark 3%-open screen fabric, daylight sensors and personal control.

Glass-fronted offices with Vive daylight and occupancy sensing. A complementary daylight-harvesting example, not presented as a Hyperion installation.

International shade references across offices, hotels, education and other buildings, listing the systems used by each project.

Commercial roller shade selection: dimensions, drives and installation options.

Commercial shading brochure covering fabrics, daylight, views and control solutions.

Berkeley Lab tests combine automated shades and electric-light dimming to use daylight while maintaining visual comfort. The FLEXLAB brief describes lighting savings up to 30% in the studied controlled zones compared with the same lighting without daylight dimming and with manual blinds. This is not a guaranteed saving for every building.

A field study with randomized intervention and control groups found improved visual comfort and reported eye fatigue with adjustable task lighting. It supports adapting light to the user; it studied task lamps, not Hyperion or constant daylight.

A crossover study of 30 office workers observed longer sleep with optimized daylight and views. Another study with 20 residents found improvements in sleep regularity and positive affect. These were short electrochromic-glass interventions with manufacturer involvement: they do not establish that constant lux produces these effects or validate a Lutron product.