Installation of solar street lights and lighting sources in Oran Industrial Park, Algeria

LEADRAY solar street lights have been successfully installed in Algiers Port and Oran Industrial Park in Algeria. Considering the high requirements for brightness stability and endurance of lighting in areas such as nighttime freight and storage space, as well as the frequent traffic of large vehicles in the park, the wind and corrosion resistance of the lamps are a test.

Algeria is located in North Africa, with a long coastline, vast towns on the edge of the Sahara Desert, as well as numerous industrial parks and rural roads. The lighting infrastructure has problems such as insufficient power grid coverage, high maintenance costs, and frequent sandstorms.

The product advantages of LEADRAY integrated solar street lights can be deeply adapted to local scenes. It is designed with a 60-120W high-power LED light source, combined with 80-140W solar panels and 385-768Wh high-capacity batteries, which can achieve strong night lighting and meet the high brightness requirements of port container loading and unloading and park road vehicle traffic.

The integrated compact design integrates lamp posts, lighting fixtures, and energy storage devices, eliminating the need for complex wiring during installation and adapting to the fast-paced infrastructure of industrial parks.

The all aluminum alloy material has rust and corrosion resistance, which can resist the erosion of port salt spray and industrial dust in the park. The streamlined design reduces wind resistance and can cope with strong wind weather along the coast of North Africa, reducing the risk of lamp lodging.

The PIR human body sensing/timing function of street lamps can adjust brightness according to the movement of personnel and vehicles in the park, automatically reduce power during low traffic periods at night, further save energy, and adapt to the energy-saving operation needs of Algerian industrial parks.

In inland rural areas of Algeria and towns on the edge of the Sahara, there is a common problem of difficulty in extending the power grid, high electricity costs, and frequent sandstorms. Traditional city circuit lights are easily damaged by sandstorms, making maintenance extremely difficult.

The off grid power supply mode of LEADRAY solar street lights effectively solves the problem of insufficient local power grid coverage, without relying on city power wiring, and can be quickly installed and put into use on remote rural roads.

The intelligent light sensing and timing function can automatically adjust the charging and discharging according to the sunshine duration in Algeria. Even in the strong sunlight environment on the edge of the Sahara, the battery can efficiently store energy, ensuring all night lighting.

The innovative battery protection system can effectively prevent high temperature overcharging and overdischarging, and is suitable for the local summer high temperature climate characteristics;

The high wind resistant structural design and aluminum alloy corrosion-resistant shell can resist the erosion of sand and wind in desert areas and the material aging caused by temperature differences between day and night, greatly reducing the frequency of later maintenance, which is in line with the current situation of scarce maintenance resources in rural Algeria.

The municipal roads and residential areas in cities such as Algiers and Constantine have high requirements for the aesthetics, safety, and intelligence of streetlights. At the same time, municipal departments hope to control long-term operation and maintenance costs.

The integrated and minimalist design of LEADRAY solar street lights is compatible with urban architectural styles, and the installation does not damage the municipal landscape.

The PIR human body sensing function achieves "lights on when people come and lights off when people walk" on residential roads, ensuring pedestrian safety at night and reducing energy waste.

The integrated design of LED street lights increases the heat dissipation area, ensuring stable operation of the lamps in the high temperature environment of Algeria in summer and extending their service life.

The compact component design of integrated street lights against natural disasters can withstand the local occasional rainstorm and dust weather, reduce the maintenance investment of municipal departments, and better meet the requirements of "low cost and high durability" of Algerian urban infrastructure compared with traditional street lights.