Series ZG-1058 Ornamental street lights for road and parking lot lighting at French


The ZG-1058-40 ornamental street lights selected for the road and parking lot lighting project in the French town are equipped with advanced Lumileds 3030 light sources, which have a warm color temperature of 2700K and a 2M spectrum. The lights are installed on the lamp posts in the parking lot and the walls of houses at street corners. At night, these streetlights emit a soft glow, illuminating the path for residents returning home. In the parking lot area, the newly ornamental street lights play an even more important role. Adequate and even lighting makes the parking lot clearly visible at night, greatly enhancing the safety and convenience of parking.

This ornamental street lights can also be maintained and upgraded using an LED retrofit kit, significantly reducing operational and maintenance costs. The newly installed decorative street lights provide reliable assurance for residents’ nighttime travel, making walking, jogging, or cycling much safer and more comfortable.

The implementation of this ornamental street lights project not only optimized the lighting conditions of the town’s roads and parking lots, but also enhanced the overall quality of life and sense of security at night in the community, in a way that is both aesthetically pleasing and practical, making this French town’s nights both charming and safe.

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datasheet installation Manual

Project details:

ProductModelCCT/ OpticsQuantity
40W Ornamental street lightsZG-1058-402700K,2M47Pcs

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Both are road lighting with LED as the light source, but their positioning is different: one focuses on landscape and atmosphere, and the other focuses on road functional lighting.

LED ornamental street lights have diverse shapes, and their materials and processes are more exquisite. They are mainly used for landscape/decoration, and also take into account basic lighting. The light distribution is more free, the color temperature selection is more abundant, and it is usually inclined to warm light. It is mostly used in low-voltage/landscape power supply scenarios such as courtyards, pedestrian streets, scenic spots, and commercial external displays.

Ordinary LED street lamps are mainly used for road functional lighting. The light distribution is strictly designed according to the road lighting standards, emphasizing average illuminance, brightness and uniformity. The color temperature is mainly neutral white/warm white, and the color rendering is usually required to be Ra≥75. It is widely used in city roads, secondary trunk roads, highways and other mains power supply scenarios.

Roads where road safety and identification are the priority (such as urban main and secondary roads, highways): ordinary LED street lights should be given priority, and attention should be paid to the overall light efficiency, light distribution curve, glare control (such as UGR/threshold increment), color rendering and IP/corrosion protection level of the whole lamp, and the illumination and uniformity should be calculated according to the standard.

For areas where the landscape atmosphere and architecture are coordinated (such as pedestrian streets, scenic spots, and courtyards): LED ornamental street lights should be selected, and the color temperature/color, dynamic effect, control mode, power supply and installation conditions should be clarified, while taking into account the necessary functional lighting and anti-glare (How to reduce glare?).

The most important thing in the lighting design of parking lots is the distribution of lamps and the uniformity of lighting (How to use lighting design to get better uniformity?). The appropriate distribution of lamps can avoid the safety hazards caused by lighting dead corners. The symmetrical and staggered arrangement of lamps reduces the checkerboard effect and strip-shaped dark lines, so that the entire parking lot achieves uniform lighting. For the light distribution of lamps, the cut-off/semi-cut-off optics and Type III/IV/V light distribution are preferred to control the light in the target area and reduce overflow, glare and light pollution.