Inlux Solar completed the loading of 400 Apollo 80W split-type solar street lights on August 25-26, 2026. Packed across three containers, the order is being shipped to Chad for a UNHCR refugee camp lighting project.
The project will use independent solar lighting to support roads and shared public areas where access to stable grid electricity is limited. The selected Apollo split-type solar street light combines an 80W LED lighting system with lithium battery storage for off-grid operation.
Shipment at a glance: 400 sets | 3 containers | Apollo 80W | Chad | UNHCR refugee camp lighting
What Was Shipped to Chad?
The shipment consists of 400 Apollo 80W solar street light sets, divided among three containers for international transport. Each split-type system uses separate lighting, solar generation and energy-storage components, giving project teams more flexibility when positioning the solar panel for the available sunlight at the installation site.
The order includes the Apollo lithium battery configuration selected for this refugee camp application. Rather than relying on a continuous grid connection, each system collects solar energy during the day and stores it for nighttime lighting.
How Was the Order Prepared for Overseas Delivery?
The factory team inspected, packaged and loaded all 400 sets over two days, from August 25 to August 26. The loading plan separated long pole components from crated solar modules so the different parts could be arranged securely within the available container space.
Factory photographs document the loading process from the first pallet to the final container check. This first-hand record gives project buyers a clear view of the packaging and loading stage before the equipment begins its journey to Chad.
Where Will the Solar Street Lights Be Used?
The 400 Apollo units are intended for a UNHCR refugee camp lighting project in Chad. Once installed, the systems will provide off-grid lighting for roads and shared public spaces, with the aim of improving nighttime visibility for residents and personnel moving through the camp.
Solar street lighting is useful in humanitarian and remote-area projects because each lighting point can operate without trenching a continuous electrical supply network. System sizing still depends on the site, required illumination, operating schedule and local solar conditions. Inlux Solar’s refugee camp lighting solutions explain the planning considerations for these environments.
Why Was the Apollo Split-Type System Selected?
For this project, the Apollo platform provides an 80W LED configuration with lithium battery storage and independent solar-panel positioning. This arrangement allows the panel orientation to be adapted to site conditions while the lamp is positioned for the required road or public-area lighting layout.
The final operating profile should be set from project-specific inputs rather than wattage alone. Road width, pole height, lighting hours, dimming schedule and local solar radiation all affect the recommended panel and battery sizing. Similar deployments can be reviewed on the Inlux Solar projects page.
Project Details
| Item | Confirmed detail |
|---|---|
| Project context | UNHCR refugee camp lighting |
| Destination | Chad |
| Aplikasi | Refugee camp roads and public-area lighting |
| Produk | Apollo split-type solar street light |
| Konfigurasi | 80W LED with lithium battery storage |
| Units shipped | 400 sets |
| Shipment | 3 containers |
| Loading date | August 25-26, 2026 |
Project FAQs
How many solar street lights were shipped to Chad?
The order includes 400 Apollo solar street light sets loaded into three containers. Factory loading was completed over two days, on August 25-26, 2026.
Which solar street light model was selected?
The project uses the Inlux Solar Apollo split-type system in an 80W LED configuration with lithium battery storage. Its separate solar panel allows the panel position to be adjusted independently from the lamp.
What is the intended application?
The lights are intended for roads and shared public areas within a UNHCR refugee camp lighting project in Chad. The systems are designed to operate independently from a continuous grid connection.
Planning a Similar Off-Grid Lighting Project?
For an accurate proposal, send the project location, road or area dimensions, preferred pole height, target lighting level and required operating schedule. Contact the Inlux Solar project team to request a configuration and lighting-layout proposal for a refugee camp, public road or other off-grid site.
