Light Reviews

Glare-Free Daylighting: Provides a powerful and easy-to-integrate approach for distributing glare-free daylight over a large area of the building.

Energy Efficiency: Redirects sunlight deep into the building, allowing for more electric lights to be turned off or dimmed, resulting in significant energy consumption and cost savings.

Ambient Illumination: Offers ambient illumination levels without glare or direct sunlight patches on work surfaces, contributing to occupant well-being, satisfaction, and productivity.

Cost-Effective: The most cost-effective side-daylighting strategy on the market, costing significantly less than traditional light shelf designs or automated shade systems.

Custom Fabrication: Can be custom fabricated to precisely fit in the specified window size and framing system.

Low Maintenance: Requires low lifetime maintenance requirements and costs.

Energy Efficiency: Highly energy-efficient, using at least 75% less energy than incandescent lighting and lasting up to 25 times longer.

Directional Lighting: Emits light in a specific direction, reducing the need for reflectors and diffusers, making it more efficient for many uses.

Heat Emission: Emits very little heat, unlike incandescent bulbs which release 90% of their energy as heat.

Long Lifespan: Can last three to five times longer than CFL bulbs and up to 30 times longer than incandescent bulbs.

Dimming Capability: Performs well at any percentage of rated power, from 5% to 100%, and can increase efficiency by dimming.

Color Rendering Index (CRI): Tends to have a high CRI, clarifying the distinctions between the colors it illuminates.

Circadian Rhythm Regulation: Emits bright light that simulates natural sunlight, potentially regulating the body's circadian clock and improving mood.

Mood Improvement: Used to treat conditions like seasonal affective disorder (SAD) and depression by mimicking sunlight and alleviating symptoms like low mood and fatigue.

Non-Invasive Method: Offers a non-invasive approach to cognitive decline and mental health issues, using specific frequencies like 40Hz to stimulate gamma brain activity.

Customizable Intensity: Features customizable intensity settings and built-in timers for safe and efficient treatment.

Extended Hours of Productivity: Artificial lighting allows for extended working hours beyond daylight, which is crucial in regions with shorter days or in professions requiring round-the-clock operations.

Control over Lighting: Artificial light provides control over lighting intensity and color temperature, enabling the creation of specific moods and ambiance.

Energy Efficiency: LED bulbs, a type of artificial lighting, are 80% more energy-efficient than incandescent bulbs and 10 times more efficient in terms of power usage for the same lumens.

Directional Light: LED bulbs are directional, which helps in distributing light effectively and can be frosted to enhance this effect.

Higher Energy Costs: Artificial lighting generally incurs higher energy costs compared to natural light.

Potential Health Risks: Exposure to blue light from artificial sources can lead to health issues such as eye strain, headaches, and dizziness.

Limited Spectrum: Artificial lights often produce light at a smaller range of wavelengths compared to natural sunlight, which can affect color representation and overall visual acuity.

Negative Impact on Sleep: Artificial lighting can disrupt sleep patterns due to its ability to suppress melatonin production.

Compatibility Issues: LED bulbs are not compatible with dimmers, which can be a significant drawback for those who rely on dimming features.

Heat Sensitivity: LED bulbs can fail if exposed to excessive heat, requiring proper protection to maintain their lifespan.