How to design lamps in pedestrian lighting systems to ensure the uniformity of lighting effects?

1. Optical design: In pedestrian lighting systems, the optical design of lamps is the key to ensuring the uniformity of lighting effects. Optical design involves the arrangement of light sources inside the lamp, the shape and material of the reflector, etc. Through careful design, reasonable distribution and even divergence of light can be achieved, ensuring that every corner of the pedestrian walkway is adequately illuminated. Optical design needs to take into account the specific needs of pedestrian lighting systems, such as lighting range, lighting intensity and consistency of light distribution, to meet the needs of pedestrians in different environments.

2. Reflector and lens design: Reflectors and lenses are key components of lamps. They play a vital role in the divergence and distribution of light. Proper reflector and lens design can effectively focus or scatter light, resulting in more uniform illumination. For example, by using reflectors of specific shapes and materials, the angle and direction of light can be controlled to ensure uniformity of light coverage and reduce light loss and waste.

3. Light source layout: The light source layout inside the lamp has a direct impact on the uniformity of the lighting effect. The number, location and arrangement of light sources will affect the distribution and intensity of light. Proper light source layout needs to take into account the size and shape of the pedestrian walkway, as well as the specific requirements of the lighting needs. Through careful design and placement, it is possible to provide even lighting along the entire pedestrian path, ensuring the safety and comfort of pedestrians.

4. Material selection: In lamp design, material selection is crucial to the uniformity of lighting effects. The use of high-quality optical materials and reflective materials can effectively reduce light loss and reflection, improve light utilization, and achieve a more uniform lighting effect. In addition, the durability and anti-aging of materials will also affect the long-term stability and performance of the lamps, thereby affecting the uniformity and reliability of the lighting effect.

5. Intelligent control system: Some advanced pedestrian lighting systems are equipped with intelligent control systems that can dynamically adjust the brightness and lighting range of lamps according to actual needs. The intelligent control system automatically adjusts the brightness and lighting range of lamps to meet the needs of different times and areas by monitoring information such as ambient lighting and pedestrian flow in real time. Through precise adjustment of the intelligent control system, uniform and timely lighting effects can be provided throughout the pedestrian path, thereby improving pedestrian safety and comfort.

Residential Lighting / T-101
Die-casting aluminium top cover, extruded aluminaium column pole, the height according to the client required, PC transparent diffuser.
There are two forms of light distribution: Top SMD light source with diffusion cover and anti glare rouvre.
High quality LED chips, Driver with 0-10V/DALI/programmed options, and with surge protection up to 20KV.
LED module is used inside, Integrated electrical components which is easy to install and replace.
Surface anti-ultravilet pure polyester powder painting, Corrosion resistance can be more than 1000 hours.
No photo-biological risk, (no risk linked to infrared, blue light and UV radiation) in accordance with EN 62471:2008.
Street lighting control used with smart control technology. It can be compatible with remote management system.
All external screws are made of 304 stainless steel.