System Performance Framework

Lucentis is defined by its photometric behaviour and environmental response, rather than fixed electrical outputs. The system delivers low-level illumination through material-based energy storage and release.

Output is not constant; luminance reduces progressively over time following daylight exposure, aligning with natural ambient light conditions.

Performance Principles

Illumination generated through photoluminescent decay, not powered emission
System effectiveness based on visual guidance, not high-intensity lighting
Output varies depending on prior light exposure and environmental conditions
Designed to support orientation, boundary definition, and movement

Note: The system should be assessed in context of its intended use — primarily pedestrian and low-speed environments.

Environmental Considerations

System performance is influenced by external variables and should be specified accordingly:

Daylight availability (intensity and duration of exposure)
Surface condition (wear, contamination, finish)
Moisture and temperature variations
Material thickness and application method

These factors contribute to overall luminance behaviour and duration of visible afterglow.

System Limitations

Lucentis is not intended to replace conventional lighting in all contexts. It should not be specified where high-output illumination is required.

Not suitable for:

High-speed vehicular carriageways
Environments requiring compliance with roadway lighting classes
Applications dependent on constant or uniform lux levels

The system is designed specifically for human-scale environments, where subtle visual cues are more effective than overhead lighting.

Compliance Positioning

Lucentis operates as a supplementary or alternative lighting approach, depending on project requirements.

Does not rely on electrical infrastructure or lighting columns
Not classified as a traditional luminaire system
Should be considered within a performance-based lighting strategy
Suitable for integration into projects prioritising energy reduction and low-impact design

System Performance Framework

Note: The system should be assessed in context of its intended use — primarily pedestrian and low-speed environments.

These factors contribute to overall luminance behaviour and duration of visible afterglow.

The system is designed specifically for human-scale environments, where subtle visual cues are more effective than overhead lighting.

Specification should align with the project's regulatory framework, ensuring that system use is appropriate for the intended environment and function.