Proyek

South Africa AIO8 Solar Street Light Project

This project supplied 38 INL-AIO8 all-in-one solar street lights for a private road lighting application in Johannesburg, South Africa. The project was completed on April 1, 2025, with owner-side installation after delivery. Instead of treating this case as a simple product shipment, the key value is that the lighting package was selected for a road environment where the buyer needed a compact solar lighting system, stable night operation, and a clear supply scope for overseas delivery.

The supplied units used 100W LED output with 180 lm/W luminous efficacy and 6000K color temperature. Each light was configured with a LiFePO4 battery rated at 70Ah / 12.8V and 5000 cycles, with IP65 / IK08 protection for outdoor use. For buyers comparing similar integrated systems, Inlux Solar’s all-in-one solar street light series provides a useful starting point for selecting power range, battery capacity, optics, and installation method.

Site Application & Lighting Requirement

The site application was road and street lighting in Johannesburg. For this type of private road project, the buyer usually needs more than a lamp fixture: the system must match the actual pole condition, road width, mounting position, solar exposure, and expected operating schedule. In this case, the light poles were not included in the Inlux Solar supply scope, so pole height, pole material, galvanizing, and wind-resistance details should be confirmed by the buyer or local installer before installation.

A 6000K color temperature was selected for a clearer white-light appearance on the road. This can support stronger visual contrast in outdoor traffic and security environments, but the final choice should still be checked against local lighting preferences, nearby residential areas, and glare control requirements. Buyers planning public roads or municipal layouts can also review Inlux Solar’s road and street lighting solution to understand how road class, pole spacing, and beam distribution influence the final configuration.

Why This Configuration Was Selected

The confirmed project data shows a practical high-output all-in-one configuration rather than a decorative or low-power solar lamp. The INL-AIO8 design integrates the solar lighting components into one compact unit, which can simplify owner-side installation when the poles and local civil works are already handled by the client.

  • 100W LED output: suitable for road lighting applications where stronger illumination is required than garden, pathway, or small-area lighting.
  • 180 lm/W luminous efficacy: supports higher light output from the available battery energy, which matters for off-grid solar lighting performance.
  • 6000K color temperature: provides a clear cool-white lighting effect for road visibility and security-oriented applications.
  • LiFePO4 battery: the 70Ah / 12.8V battery with 5000-cycle rating supports long-term use when charging conditions and working profiles are correctly matched.
  • IP65 / IK08 protection: provides a baseline outdoor protection level for dust, rain, and impact exposure in road lighting environments.
  • Owner-side installation: the buyer handled installation locally, making pre-shipment confirmation of mounting dimensions and pole compatibility especially important.

For projects requiring higher adjustability, broader road coverage, or different power levels, buyers can compare the broader lampu jalan surya komersial range. If the project specification requires a high-power adjustable integrated fixture, the SIRIUS high-power all-in-one solar street light can be reviewed as a related option, but the final applied product should always be confirmed against the project BOQ and model number.

Procurement Value for Similar Buyers

This South Africa project is a useful reference for private buyers, EPC contractors, and local installers who already control the poles, civil works, and installation team, but need a factory-configured solar lighting package. The project cycle from contract to delivery and installation was 4 months, and the sea shipment took about 2 months using one 20ft container. These details are important for buyers planning construction schedules, import timing, and site readiness.

  • Clear supply boundary: Inlux Solar supplied the solar lighting units, while poles were handled outside the supply scope.
  • Container planning: the order was shipped in one 20ft container, which helps similar buyers estimate logistics coordination.
  • Installation responsibility: owner-side installation requires complete pre-shipment checks for brackets, mounting arms, pole diameter, and wiring interface.
  • Specification control: power, battery, color temperature, IP, and IK ratings should be locked before production to avoid mismatch after shipping.
  • Private project suitability: the configuration is relevant to private roads, estate roads, industrial access roads, and similar non-grid or low-infrastructure lighting needs.

What Similar Project Buyers Should Confirm

Before ordering a similar solar street lighting system, buyers should not decide by LED wattage alone. The final configuration should be checked against road width, pole height, mounting angle, local solar radiation, shading risk, required lighting hours, battery backup days, and whether the installation team will handle commissioning. If poles are not included in the order, the pole drawing and luminaire mounting method should be confirmed before production.

For a more accurate project proposal, buyers should prepare the road layout, pole locations, target lighting hours, local installation constraints, and any required lighting standard. Inlux Solar can then help match the product series, battery capacity, optical distribution, and shipping plan to the actual project instead of using a generic solar light specification.

Related Solar Lighting Solutions

PERTANYAAN YANG SERING DIAJUKAN

How many solar street lights were supplied for this South Africa project?

Inlux Solar supplied 38 INL-AIO8 all-in-one solar street lights for this private road lighting project in Johannesburg, South Africa.

What configuration was used in this project?

The project used 100W LED fixtures with 180 lm/W efficacy, 6000K color temperature, LiFePO4 batteries rated at 70Ah / 12.8V and 5000 cycles, and IP65 / IK08 protection.

Did Inlux Solar supply the poles for this project?

No. According to the project collection sheet, the client did not purchase light poles from Inlux Solar. Pole height, pole material, galvanizing and wind-resistance details should not be published unless confirmed separately.

Who installed the solar street lights?

The owner installed the system locally. For similar projects, buyers should confirm pole compatibility, mounting arm dimensions, solar exposure, and final commissioning responsibilities before shipment.

Is the contract amount public?

No. Although the internal collection sheet records a contract amount, it is not recommended to publish contract value by default unless the client and Inlux Solar explicitly approve it.

Lokasi Proyek


Negara: Afrika Selatan

Kota: Johannesburg

Kuantitas: 38 Sets

Aplikasi: Private road and street lighting / Road lighting in Johannesburg

Tahun Penyelesaian: 2025-04-01

Konfigurasi Kunci


Tinggi Tiang: Tinggi tiang12M

Daya LED: Daya LED100W

Baterai: BateraiLiFePO4, 70Ah / 12.8V, 5000 cycles

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Inlux Solar Engineering Team is the technical content team behind Inlux Solar’s solar street lighting guides, project insights, and product engineering resources. The team works with Inlux Solar’s R&D, technical, production, and quality-control departments to explain solar street light design, component selection, photometric planning, project specification, installation, and long-term reliability for municipal, commercial, EPC, and infrastructure buyers. Our content is based on Inlux Solar’s factory experience, field project records, product test data, and engineering support for global solar lighting projects, including UNHCR, UNDP, municipal, refugee-camp, highway, industrial, and public-area lighting deployments. Inlux Solar operates a 28,000 m² manufacturing facility with 10 production lines, 30+ engineers, 60+ patents, and 300+ product certificates. Articles by the Inlux Engineering Team are written or reviewed with input from technical, R&D, production, and QC staff to keep recommendations practical, specification-ready, and aligned with real project conditions.