skylleting

Skylleting is a term used in architectural and construction contexts to describe the planning, design, and installation of skylights to admit natural daylight into interior spaces. The term is not widely standardized and is used variably, sometimes as a colloquial label for daylighting-focused skylight work.

Skylleting encompasses various approaches, including curb-mounted skylights that sit on a roof opening, flush-mounted units that sit within the roof plane, and tubular skylights or light tubes that channel daylight through a narrow roof aperture. The choice depends on roof type, climate, desired daylight distribution, and budget.

Key considerations during skylleting include structural support for the additional load, waterproofing with flashing and seals, thermal insulation around the opening, and glazing choices that balance glare control with daylight transmission. Energy performance is often addressed with metrics such as U-values and solar heat gain coefficient, and designs may incorporate shading devices, blinds, or diffusers.

Benefits commonly cited for skylleting are improved natural lighting, potential energy savings from reduced artificial lighting, and enhanced occupant well-being and aesthetics. Potential drawbacks include heat gain or loss, glare, leaks if poorly installed, and ongoing maintenance needs.

In many jurisdictions, skylleting work must comply with building codes, weatherproofing standards, and energy performance or fire safety requirements. Professional installation and proper flashing are important to minimize risk and protect warranties.

As a daylighting practice, skylleting aligns with broader trends in sustainable design and passive solar strategies. Related topics include daylighting, skylight, and passive solar design.