Museums and galleries employ meticulous lighting strategies to showcase porcelain sculptures while preventing irreversible damage. The primary concern lies in controlling ultraviolet (UV) and infrared radiation, which can cause fading, surface degradation, and thermal stress.

Specialized LED lighting systems have become the gold standard, offering adjustable color temperatures (typically 3000-4000K) with near-zero UV emissions. These fixtures are strategically positioned at safe distances, often using diffusers to eliminate harsh shadows without concentrated heat buildup.

Light levels are carefully measured in lux (50-150 lux for sensitive pieces) using conservation-grade light meters. Many institutions implement timed exposure systems, limiting total annual light exposure to 50,000 lux hours. UV-filtering glass or acrylic cases provide additional protection, blocking 98-99% of harmful wavelengths.

Temperature and humidity sensors complement lighting controls, as these factors interact with light exposure. Some museums employ responsive lighting that dims when visitors aren't present, while others use motion-activated spotlights to minimize cumulative exposure.

Advanced institutions conduct material-specific research, as different porcelain glazes and pigments have varying light sensitivity. This science-based approach ensures each piece receives customized protection while remaining visually stunning for generations to come.