Proyek

Proyek Lampu Jalan Tenaga Surya Seri AIT5 Jaguar di Bamako, Mali

This Bamako, Mali public lighting project uses 3,162 JAGUAR AIT5 all-in-two solar street lights for a government-led lighting application. The collected project data confirms a 150W LED configuration, 180 lm/W luminous efficacy, 5700K color temperature, a 40Ah/25.6V battery, and IP66/IK09 protection. The project was completed in October 2025, with a 10-month project cycle and a 3-month sea shipping period using six 40HQ containers.

Unlike a small sample installation, this was a large-volume public lighting deployment where product consistency, packing control, shipping coordination, and installation responsibility needed to be aligned before delivery. For buyers planning similar municipal or EPC projects, this case is useful because it shows how a high-volume JAGUAR AIT5 all-in-two solar street light package can be matched to a hot, high-sunlight environment while keeping the project scope clear.

Site Application & Lighting Requirement

The application was public lighting in Bamako. For this type of urban road and public-area lighting, the buyer normally needs stable night-time visibility, controlled glare, durable outdoor protection, and repeatable performance across many installation points. Because the project scale reached 3,162 units, the lighting system also had to support consistent installation handling and manageable maintenance after handover.

The project data also confirms that poles were not included in the supplied scope. This is an important procurement detail. In many road and street lighting projects, the solar light, pole, bracket, anchor bolts, foundation design, and installation work may be handled by different parties. Buyers should confirm these scope boundaries before comparing prices between suppliers.

Why This Configuration Was Selected

The AIT5 configuration was selected for local conditions in Bamako: strong solar resources, high ambient temperatures, and a site environment close to desert conditions. For this kind of climate, the system selection should not only focus on LED wattage. Battery capacity, thermal management, dust exposure, fixture protection, shipping packaging, and after-sales maintenance planning all matter in the final procurement decision.

  • 150W LED output: suitable for public lighting applications where road visibility and wide-area coverage are required.
  • 180 lm/W luminous efficacy: helps reduce the energy demand placed on the solar and battery system while maintaining practical light output.
  • 5700K color temperature: provides a cooler white appearance commonly used for road and public lighting visibility.
  • 40Ah/25.6V battery configuration: gives the project a defined storage baseline for system sizing and procurement comparison.
  • IP66/IK09 protection: supports outdoor use in dusty, hot, and public-facing environments.
  • All-in-two structure: allows the solar panel and luminaire to be positioned as a coordinated system while keeping the installation more flexible than a fully integrated design.

For buyers comparing different solar street light structures, the all-in-two solar street light format is often worth reviewing when the project needs stronger configuration flexibility than a compact all-in-one system, but does not require the full separation of a split-type system.

Procurement Value for Similar Buyers

This project is most relevant for government departments, EPC contractors, and public infrastructure buyers who need to purchase solar lighting at city or district scale. The value of the case is not only the number of lights supplied, but also the project discipline behind it: confirmed configuration, clear delivery cycle, containerized shipping planning, and customer-side installation.

  • Clear project scope: the collected data states that poles were not included, which prevents misunderstanding during RFQ comparison.
  • Large-volume delivery planning: six 40HQ containers required coordinated packing, shipping, and site receiving.
  • Defined handover responsibility: installation was handled by the customer, so documentation and packing identification should be prepared before shipment.
  • Climate-based configuration logic: strong sunlight, high temperature, and near-desert exposure were considered in the configuration choice.
  • Field-oriented product selection: 150W LED power, 5700K light color, and IP66/IK09 protection fit a public outdoor lighting environment.

For buyers who are still at the planning stage, Inlux Solar’s broader lampu jalan surya komersial solutions can be used to compare all-in-one, all-in-two, split-type, and project-specific options before finalizing the BOQ.

What Similar Project Buyers Should Confirm

Before ordering a similar public lighting system, buyers should confirm more than the lamp wattage. The key is to define the full project boundary clearly enough that technical drawings, shipment packing, installation work, and post-installation maintenance all match the same scope.

  • Confirm whether poles, brackets, anchor bolts, foundations, and installation accessories are included.
  • Confirm road width, pole spacing, mounting height, installation side, and target lighting level.
  • Confirm the required backup nights, dimming schedule, and local operating hours.
  • Confirm the solar panel configuration, battery type, and controller setting before mass production.
  • Confirm wind load, dust exposure, temperature range, and cleaning access for the local site.
  • Confirm container loading plan, carton marks, spare parts, and documentation for customer-side installation.
  • Confirm whether a smart monitoring layer is needed. For remote operation or city-level management, review the smart street lighting system options before procurement is finalized.

Related Solar Lighting Solutions

PERTANYAAN YANG SERING DIAJUKAN

What was supplied for the Bamako, Mali project?

The project used 3,162 JAGUAR AIT5 all-in-two solar street lights for public lighting in Bamako. The collection sheet confirms 150W LEDs, 180 lm/W, 5700K color temperature, a 40Ah/25.6V battery, and IP66/IK09 protection. Pole supply was not included in the collected project data.

Did Inlux Solar supply the poles for this project?

No. The project collection sheet states “without poles.” Similar buyers should confirm whether poles, brackets, anchor bolts, foundations, and installation accessories are included in the RFQ scope.

Why was the AIT5 all-in-two structure suitable for this project?

The configuration was selected for Bamako because the site benefits from strong solar irradiation, high ambient temperatures, and near-desert conditions. For similar environments, buyers should confirm panel orientation, battery sizing, heat management, and dust-cleaning access before finalizing the system.

Who installed the solar street lights?

The collection sheet identifies the customer as the installer. In similar government or EPC projects, it is important to align installation drawings, packing marks, commissioning support, and spare-parts planning before shipment.

What should buyers verify before ordering a similar public lighting system?

Confirm the road width, pole height and spacing, lighting class or lux target, battery autonomy, solar panel size, pole supply scope, wind requirements, packaging plan, shipping route, and who will handle installation and commissioning.

Lokasi Proyek


Negara: Mali

Kota: Bamako

Kuantitas: 3162

Aplikasi: Penerangan umum

Tahun Penyelesaian: 2025

Konfigurasi Kunci


Tinggi Tiang: Tinggi tiang9m

Daya LED: Daya LED150W

Baterai: BateraiLiFePO₄ 40Ah / 25.6V

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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.