Proyectos

Proyecto benéfico en Palestina

For this privately funded charity lighting project in Ein Qinya, Palestine, Inlux Solar provided a 180-set gel battery solar street light solution for a 6 km driveway and a children’s playground. Completed in 2019, the project shows how off-grid lighting can support community access roads and outdoor activity areas where reliable operation, clear installation responsibility, and maintainable battery configuration need to be defined before RFQ.

Site Application & Lighting Requirement

Inlux Solar designed this project around two application zones: a long driveway and a children’s playground. That mix matters because a driveway needs continuous guidance lighting for vehicle and pedestrian movement, while a play area needs comfortable visibility around people, walls, paths, and nearby buildings. Buyers planning road and street lighting o residential and community lighting can use this case to frame the early lighting brief before confirming pole spacing, fixture output, and mounting positions.

For an RFQ, the most important site information is not only the country or quantity. Buyers should also define the driveway width, activity area layout, expected nightly operating hours, available installation equipment, and whether the owner, EPC contractor, or supplier will handle installation. These details affect pole spacing, battery sizing, packing, and commissioning support.

Why This Configuration Was Selected

Inlux Solar configured the system with 5 m hot-dip galvanized poles, 20W LED fixtures, 5700K color temperature, 120lm/W luminous efficacy, IP65/IK08 protection, and gel batteries with 120AH capacity. This is a moderate-power configuration for distributed community lighting rather than a high-mast or high-speed arterial road layout.

  • The 5 m pole height suits local access roads, pedestrian-scale lighting, and outdoor public spaces where glare control and installation access matter.
  • The gel battery setup is relevant when buyers prefer a familiar, serviceable battery platform for remote maintenance teams.
  • The current project page links this case to the MARS gel battery solar street light, a split type option for projects that need separate sizing of the panel, battery, pole, and LED fixture.
  • For buyers comparing system layouts, the broader farola solar tipo dividida category is the closest product direction to review before requesting a similar configuration.

Procurement Value for Similar Buyers

The project sheet records a 95-day project cycle and a 40-day sea shipping cycle with one 40HC container. These figures should not be reused as a delivery guarantee, but they are useful for procurement planning because they show the type of schedule information that should be clarified before order confirmation.

  • Municipal, private-donor, and EPC buyers can use the 180-set quantity as a reference for preparing packing, installation, and commissioning questions.
  • The owner-installed record means installation responsibility should be clear in the RFQ, including foundation work, pole erection, wiring checks, and final inspection.
  • The IP65/IK08 protection helps buyers compare outdoor durability requirements without overstating unverified wind resistance or illumination results.
  • For buyers still choosing between complete product families, the farola solar comercial hub provides a wider view of system types and procurement considerations.

What Similar Project Buyers Should Confirm

Before requesting a similar solar street light system, buyers should prepare a site map or road sketch, target lighting hours, weather and dust conditions, installation method, pole foundation preference, and expected project schedule. If the lighting area includes both a driveway and a public activity space, the RFQ should separate those zones so the supplier can recommend spacing and fixture direction more accurately.

Buyers should also confirm whether the project requires gel battery serviceability, lithium battery compactness, hot-dip galvanized pole finish, or a specific CCT. In this Palestine case, Inlux Solar used 5700K color temperature and hot-dip galvanized pole finish, but those choices should still be matched to the local site, maintenance team, and procurement rules for each new project.

Related Solar Lighting Solutions

Preguntas frecuentes

What type of solar street light was used for this Palestine project?

Inlux Solar used gel battery solar street lights with 20W LED fixtures, 5700K color temperature, and 120lm/W luminous efficacy.

Where was the project installed?

The project site was in Ein Qinya, Palestine.

How many solar street lights were supplied?

Inlux Solar supplied 180 sets for this project.

What installation environment does this case represent?

The project covered a 6 km driveway and a children’s playground, so this case is relevant to community access roads and outdoor public activity areas.

What should buyers confirm before requesting a similar system?

Buyers should confirm road width, pole spacing, required operating hours, autonomy days, pole finish, foundation conditions, shipping schedule, and who will handle installation.

Ubicación del proyecto


País: Palestina

Ciudad: Ein Qinya

Cantidad: 180 juegos

Aplicación: 6KM driveway and children's playground

Año de finalización: 2019

Configuraciones clave


Altura del poste:5 millones

Potencia del LED:20 W

Batería:Gel Battery / 120AH

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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.