Commercial & Municipal Solar Street Light Manufacturer

Inlux Solar is a vertically integrated solar street light manufacturer serving municipal, EPC and infrastructure projects. We support project buyers with system configuration, DIALux/IES photometric design, in-house manufacturing, testing and tender documentation.

  • Facility & Location: 28,000 m² owned source factory in Yangzhou, Jiangsu Province, China
  • Production Model: 100% Vertically Integrated (In-house PV modules, LED Lighting Modules, LiFePO4 battery packs, MPPT controllers, and steel poles)
  • Core Energy Storage: Grade-A Pouch-type LiFePO4 Batteries (>4,000 deep cycles at 80% DoD, 10+ years design life)
  • Monthly Capacity: 7,000 sets/month current (4,000 solar + 3,000 AC); Peak capacity 18,000 sets/month
  •  Engineering & R&D: 23 in-house R&D engineers, 156 production technical staff, project-specific DIALux & IES simulations
  • Tender Compliance: ISO 9001, IEC 61215, IEC 61427, IEC 62619, UL, CE, IP67, IK10 certified | 5-Year Full System Warranty
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Trusted by 1,000+ Governments & Infrastructure Contractors Worldwide

Factory Credentials & Manufacturing Capabilities

Unlike assembly-only trading houses, Inluxsolar operates as a direct manufacturer with complete in-house engineering, production, and quality control. Our credentials are fully traceable across design, production, and international compliance.

Manufacturing Facility Overview

manufacturing facility in Yangzhou, Jiangsu, China
Peak monthly capacity for solar and AC street lights
R&D engineers for optics, battery, structure, PV and system integration
production technical staff across LED, battery, pole, PV and system lines
certificates and test reports issued for project qualification
patents granted across solar lighting technologies
sets/month current capacity: 4,000 solar + 3,000 AC street lights
Dedicated LED, battery, pole, PV, solar and AC lines

Design & R&D Capability

  • In-house engineering team
    23 R&D engineers working across LED optics, battery pack design, structural/pole mechanics, PV module assembly, and solar street lighting system integration. Production technical staff (LED line, battery line, pole line, PV line, system integration line, AC line) totals 156.
  • Product platforms maintained
  • All-in-One, All-in-Two, Split Type, Decorative, Solar Pole, Solar High Mast, Hybrid Solar/AC — each with multiple SKU series.
    Academic partnerships
    Yangzhou University and Yangzhou Vocational College of Environment and Resources — for accelerated lab testing and materials research.
  • R&D output cadence
    4–6 new product models launched annually; full platform iteration cycle is approximately 12 months.
  • DIALux & IES file generation
    We provide project-specific photometric layouts before procurement — buyers can validate illuminance targets (lux, uniformity, U0) against road or site conditions before placing the order.

Comprehensive Compliance & Certifications

Among solar street light manufacturers serving municipal and infrastructure projects, third-party–certified compliance is the qualifying threshold. Our certifications cover the full bill of materials:

  • Management system: ISO 9001.
  • LED light source: LM-79 (photometric performance), LM-80 (lumen maintenance over 6,000–10,000 hours), CE.
  • PV module: IEC 61215 (design qualification), IEC 61730 (safety qualification).
  • Lighting pole: EN 40 (street lighting columns).
  • Solar controller (MPPT): EMC compliance.
  • Lithium battery: UL, CB, IEC 61427 (cycle life), IEC 62619 (industrial application safety), IEC 62620 (transport), UN 38.3 (transport test report), MSDS, GB 31241.
  • Complete solar street lighting system: CB, IEC 60598, IP65/IP66/IP67, IK09/IK10, MSDS.
  • Road lighting class compliance: EN 13201.
  • Third-party verification partners: SGS, TÜV, Intertek, Bureau Veritas, CTI, CCIC.
  • Certificate count: 300+ issued; 60+ patents granted.

All compliance documentation is available for tender qualification packages on request. For deployment-specific testing — salt-spray for coastal sites, extreme-temperature cycling for desert installations, or specific national grid certifications — our engineering team coordinates the lab work directly.

Need a tender-ready manufacturer profile?

Request factory credentials, certificates, reference projects, IES/DIALux files and a project-specific BOQ package.

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Solar Street lights & Outdoor Lighting Solutions Built for Real-World Conditions

Each system is engineered for specific climates, illumination targets, and installation constraints—ask our engineers for the right match.

All-In-Two Solar Street Light

All-In-Two Solar Street Light

Flexible system separating the solar panel from the LED/battery body. Ideal for wider PV arrays, highways, coastal roads, and large parking lots.

All-In-One Solar Street Light

All-In-One Solar Street Light

Compact, plug-and-play solar lighting systems with integrated PV, Solar Battery, and controller. Designed for fast rollouts and traditional street lights replacement in housing estates, campuses and parks.

Split Type Solar Street Light

Split Type Solar Street Light

Modular builds with upsized panels and batteries for long winter nights and dust-prone zones. Preferred for large corridors and Commercial Solar Street Light applications that demand high output over big square meters.

Vertical Solar Pole Light

Vertical Solar Pole Light

An aesthetic Solar Street Lamp that hides PV on the pole, ideal for boulevards and business districts focused on environmental protection and way-finding.

Solar High Mast Light

Solar High Mast Light

Solar-powered area lighting for plazas, ports and sports grounds; pairs with Solar Flood Light options for events and security.

LED Street Light

LED Street Light

Grid-powered luminaires engineered as part of hybrid upgrades or mixed corridors, keeping a wide range of optics and wattages for specific needs.

High Mast Light

High Mast Light

Heavy-duty lighting for airports, ports, highways

Smart Pole

IoT-enabled pole for smart city infrastructure

Latest Technology & Product Innovation

TECHNOLOGY SPOTLIGHT · SIRIUS SERIES

Set the Solar Panel for Sunlight. Aim the Light at the Road.

On many roads, the best position for collecting sunlight isn’t the same as the best direction for illuminating the road.

The SIRIUS All-in-One Solar Street Light allows installers to adjust the PV panel and LED module independently, giving each component the orientation it needs.

Watch the demonstration to see how this design provides greater flexibility across different road layouts and installation conditions.

Explore SIRIUS Technology
All in One Solar Street Light with Dual-Axis Adjustable PV & LED System | INLUX SOLAR

Empowering Project Success with World-Class Manufacturing & Tailored Support

From customized solar lighting solutions to rock-solid product reliability, Inlux Solar empowers you to win tenders, deliver on specs, and exceed expectations.

Expert R&D
Our R&D team has 10+ experts with 15+ years average experience, and they are creating 3 innovative solar and lighting products per year. 5% of annual sales revenue is invested into R&D and help us to gain 60 patents and 300+ product test reports, showcasing our commitment to cutting-edge technology. Partner With Us Today
Customized Solutions
Our in-house design and robust supply chain enable us to create fully customized solutions, not just modifications to existing products. We offer custom options for solar panels, LED housing, light poles, controllers, and batteries, including power, voltage, color temperature, CRI, logo, design, and more. Partner With Us Today
Superior Quality
First-class materials, <0.5% Failure Rate
Grade A solar cells only
Brand new pouch type LiFePO4 batteries( 4,000 cycles lifetime, 10+ years lifetime)
Hot dip galvanizedlighting pole ( 30m/s wind resistance capacity)
Ultra-bright LEDs(40% brighter, 50,000+ hour lifespan)
Anti-rust aluminum light fixture (IP66-IP67, IK09-IK10)
Smart solar controller with multiprotection functions Know More What We Use
Rapid Service
15-day Fast Delivery, 50% Longer Warranty with Lifecycle Services
Quick Quotes: Within 6 hours.
Fast Delivery: Most orders within 15 days.
Lifecycle Services: One-stop services cover the whole product lifecycle, on-site service worldwide is available.
Industry-Leading Warranty: 3-5 year system warranty (industry avg. 2-3 years), 10+ year lifetime. Get Fast Delivery Here

From Bidding to Project Acceptance: Our 14-Step Roadmap Help Clients Win Projects

Tender-stage engagement with solar street light manufacturers is where most procurement risk concentrates — incomplete BOQs, missing photometric files, ambiguous delivery commitments, or absent compliance documentation. Our 14-step roadmap removes those failure modes by giving each milestone a defined client input, a defined Inlux deliverable, and a published lead time.

Explore How It Works

Phase 1

Pre-Bid & Design Lock

Phase 2

Tender Submission

Phase 3

Evaluation & Award

Phase 4

Manufacturing & QC

Phase 5

Logistics & Acceptance

Before a contract is signed, the procurement team needs enough technical confidence to defend the award. Few solar street light manufacturers publish what they actually deliver in pre-bid; we do.

  1. Project Scoping Call — Client input: project type, application scenario, budget envelope, applicable standards, target delivery window, performance targets, and technical-spec extracts from the tender document. Our action: initial technical evaluation against the brief. Lead time: 0.5 day.
  2. Site Review — Client input: installation location, road width, nightly illumination duration, solar irradiance data, monsoon/rainy-season window, ambient temperature range, wind-speed maxima, and soil conditions for foundation. Lead time: 1–3 days.
  3. DIALux Simulation + Technical Configuration — Our action: we run a DIALux simulation against the lighting brief, lock the LED wattage that meets the photometric target, then size the PV panel, battery, and pole specs against site conditions. Lead time: 0.5 day.
  4. Concept Configuration + BOQ — Client input: sign-off on the DIALux photometric outcome and component-level technical specs. Our action: issue a draft Bill of Quantities. Lead time: 1–2 days.
  1. Technical Tender Documentation + Financial Quotation — Our action: compile the full tender package — product specification sheets, company qualifications, product certificates and test reports, reference project case studies — and submit the priced quotation covering quantities, prices, payment terms, lead time, and trade terms (Incoterms). Lead time: 1 day.
  1. Tender Documentation Submission — Client input: consolidate Inlux’s technical and financial submission with import duties, freight, installation, and maintenance assumptions, then submit the final tender pack to the awarding authority. Lead time: 2–5 days.
  2. Bid Evaluation Q&A — Client input: relay technical questions raised by the evaluation committee. Our action: answer and clarify within the evaluation window. Lead time: 30–180 days (driven by the awarding authority, not by us).
  3. Contract Signing & Deposit — Client input: issue PO and pay deposit. Our action: countersign the procurement contract — quantities, prices, payment terms, lead time, and Incoterms locked. Lead time: 1–2 days.
  1. Production Scheduling — Our action: production plan locked into the factory schedule. Lead time: 1 day.
  2. Raw Material Procurement + IQC — Our action: procure LED chips, lithium battery cells, solar cells, MPPT controllers, aluminum ingot, and steel plate; run incoming-quality inspection (IQC); pass-only stock enters the line. Lead time: 3–7 days.
  3. Production + IPQC — Our action: manufacture LED luminaires, PV panels, lithium battery packs, and lighting poles; assemble into final solar street lighting systems with In-Process Quality Control checkpoints. Lead time: 7–30 days.
  1. PSI & Packaging — Our action: Pre-Shipment Inspection (sampling or 100% as agreed) covers quantity, appearance, function, and packaging. Pass-only stock is packed for export. Lead time: 1–3 days.
  2. Shipping + Documentation — Client input: balance payment. Our action: arrange ocean/air/inland freight and export clearance; provide bill of lading, packing list, commercial invoice, and Certificate of Origin to the buyer. Lead time: 5–7 days.
  3. Customs Clearance — Client input: clear customs at destination port and transport to project site.
  4. Commissioning & Handover — Client input: install, commission, and accept the system. Our action: deliver installation manual, instructional video, online or on-site engineer guidance, and the maintenance manual.

Use this roadmap before you quote.

Each step generates a formal deliverable logged in the project tracking system. For UN, multilateral-bank, or government-funded projects, this roadmap extends with additional compliance documentation and reference letters on request — the kind of paperwork that separates project-grade manufacturers from trading houses.

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Trusted by Global Leaders in
Energy & Infrastructure

Proven Track Record: 1,000+ Projects Across 60+ Countries

Deployed across 60+ countries on UN and World Bank corridors, our systems prove dependable in deserts, coastal cities and remote areas—from safer walkways in refugee settlements to municipal arterials and parking lots that require consistent, high-quality light.
From parking lot retrofits and perimeter & security corridors to road & street upgrades, our solar powered street lights reduce environmental impact while keeping TCO low. For campuses and communities, Solar Security options and smart dimming deliver safe, uniform illumination.

UNHCR’s Biggest Solar Street Light Project in Middle East

Inlux Solar totally have provided more than 10735 sets solar street lights since 2021, which were installed by the United Nations Refugee Agency (UNHCR) in the 6 biggest cities in Syria.

Stabilization Facility for Libya (SFL) Project

Inlux Solar has proudly supplied over 2,500 sets of solar street lights for this project, which have been installed by the United Nations Development Programme (UNDP) in Benghazi, Ubari, Sebha, and Tawargha.

Bring Iran Refugee Settlements Out of Dark

Inlux Solar provided 4,200 sets to the United Nations Refugee Agency (UNHCR), which have been installed in 10 refugee settlements.

Solar Lights for Parks and Residential Areas in Senegal

Inlux Solar provided 415 sets of JAGUAR Series All-In-Two solar street lights equipped with IoT smart monitoring system for public parks and residential zones in Dakar, Senegal. The project, completed in 2020, has greatly improved the local nighttime environment.

Light up the World’s Largest Refugee Camp – Cox’s Bazar

Inlux Solar’s solar street lights are at the forefront of enhancing the Cox’s Bazar refugee camps’ ecological sustainability and living conditions. Our contribution to the United Nations’ SAFE+2 program has been pivotal, providing 4,000 sets of solar street lights that light up the paths of nearly one million Rohingya refugees.
05 / 05

300+ Certifications and 60+ Patents: Proof of Our Commitment to Quality

See Our Quality Promise

Materials & Reliability You Can Specify

Most solar street light manufacturers publish a glossy warranty line and stop there. We publish what is inside the luminaire, pole and power system so procurement engineers can specify, audit and re-spec at the part-number level.

  • LiFePO₄ battery, MPPT controller, and PV module configuration are matched to autonomy targets
  • IP66/IP67 and IK09/IK10 housings support harsh outdoor environments
  • Pole steel, galvanizing thickness, and wind resistance can be specified by project requirements
  • Project-specific BOM and component substitution are available for tender qualification
Specification
Area		 Available Configuration Procurement Value
LED chip suppliers Lumileds, OSRAM, CreeLED or Sanan Allows buyers to specify branded LED packages based on project budget, efficiency target and tender requirements.
LED chip type SMD 5050: 195–235 lm/W; SMD 7070: 230–260 lm/W Supports high brightness, improved optical efficiency and better lumen output per watt.
LED driver suppliers Philips, Mean Well or MOSO Improves electrical stability and supports project-specific driver brand requirements.
Battery chemistry LiFePO4 lithium battery Provides safer operation, longer cycle life and lower maintenance for off-grid solar lighting systems.
Battery cycle life >3,000 cycles at 80% Depth of Discharge Supports long-life operation for municipal, EPC and infrastructure lighting projects.
Battery pack assembly Assembled in-house using cells sourced from Tier-1 lithium suppliers Improves traceability and quality control compared with outsourced battery packs.
MPPT controller In-house-branded, OEM-built by a Tier-1 controller manufacturer; tracking efficiency >99% Improves solar charging efficiency and helps maintain reliable operation during variable weather.
PV module Mono-crystalline panels assembled in-house using Tier-1 cells from JinkoSolar, Trina, LONGi or JA Solar Supports higher power generation, stronger supply-chain traceability and tender-grade component specification.
PV cell efficiency >20% Helps reduce panel size while maintaining charging performance for off-grid lighting systems.
Specification
Area		 Available Configuration Procurement Value
Housing material Die-cast aluminum Provides strong heat dissipation, structural stability and long-term outdoor durability.
Anti-corrosion class ISO 12944 C4 Suitable for industrial atmospheres and coastal areas with moderate salinity.
Ingress protection IP66 to IP67 Protects the luminaire against dust, heavy rain, water jets and harsh outdoor exposure.
Impact resistance IK09 to IK10 Improves vandalism resistance for public roads, municipal areas and remote installations.
Application environment Roads, highways, coastal areas, industrial zones and public infrastructure sites Supports reliable lighting performance in demanding project environments.
Specification Area Available Configuration Procurement Value
Steel grade Q235, Q345 or Q355 Selected by pole height, wind class and project budget.
Wall thickness 2.5 mm to 12 mm Allows project-specific mechanical design instead of one-size-fits-all poles.
Hot-dip galvanizing ≤3 mm: ≥55 μm; 3–6 mm: ≥70 μm; >6 mm: ≥85 μm Matched to ISO 1461 zinc-mass requirements.
Secondary protection Electrostatic powder coating over galvanized layer Improves visual finish and corrosion resistance.
Wind rating Standard configuration certified to 44 m/s Useful for coastal, open-road and infrastructure corridors.
Design service life >30 years under normal operating conditions Supports long-term asset planning and lifecycle costing.
Specification
Area		 Available Configuration Procurement Value
System warranty 5 years standard Aligns with municipal and EPC standard 5-year tender requirements for outdoor lighting infrastructure.
LED module warranty 5 years standard Matches commercial-grade L70 lifetime expectation for outdoor luminaires; supports lifecycle costing.
PV module warranty 10 years product warranty Aligns with Tier-1 PV module industry standard; supports long-term energy yield assurance.
Battery warranty 3 to 5 years standard, project-specific extension available Aligns with EPC tender requirements; matches typical LiFePO₄ commercial warranty range.
Spare-parts availability 5 years from shipment date Reduces total cost of ownership for infrastructure-grade deployments.
Pole structural service life >30 years under normal operating conditions Lifecycle costing aligns with municipal asset planning horizons.
Remote monitoring LoRa or 4G option (project-configurable) Enables fleet-scale fault detection, reduces on-site maintenance frequency.
Service response SLA Within 24 hours via email Timely engineering escalation channel for fleet-scale deployments; integrates with project incident-response workflow.

Project-grade components, not black-box kits.

This level of part-number transparency is what differentiates project-grade manufacturers from box-shifters. If your tender requires brand pinning or bespoke component substitution, our engineering team can issue a project-specific BOM during the BOQ stage (Step 4 above). For the full component-by-component spec sheet — Tier-1 PV cells, 5050 LED packages, LiFePO₄ chemistry and pole metallurgy — see our materials & components reference.

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Insights

FAQ: Solar Street Light Manufacturer

Yes. We customize PV size, LED engines, optics, poles, controllers, and batteries, plus logos and finishes.

With LiFePO₄ lithium battery packs (≈4,000 cycles) and premium LED lamp engines, system lifespan commonly exceeds 10 years with routine cleaning.

Depending on road class and mounting height, a 60W configuration typically covers 150–220 square meters at recommended uniformity.

Yes. We supply Solar Flood Light kits and Solar Security lighting modes for cameras, gates and perimeters.

Yes, solar street lights are independent of the grid, making them ideal for villages, islands and other remote areas.

In many corridors, our solar lighting systems match or exceed traditional street lights while lowering OPEX and environmental impact.

EN 13201 and IES RP-8 for road lighting. We also supply DIALux/AGi32 files, IES/LDT photometrics, and test reports.

Based on location irradiance, target duty cycles, and dimming profiles. Typical autonomy is 3–5 nights; higher on request.

Standard projects: ~15 days from PO. Complex poles or custom finishes may vary—tell us your schedule.

Up to 4,000 cycles with proper thermal management and charge profiles; field life typically 10+ years.

Yes, spec sheets, compliance matrices, lighting layouts, BoM, and manufacturer declarations are provided.

We calculate per pole height/arm length and site wind speeds; hot-dip galvanized poles are available.

We select optics (Type II/III/IV/V) and tilt to meet illuminance/uniformity while minimizing spill and UGR.

Programmable drivers, motion/dimming profiles, and IoT gateways for monitoring where required.

Yes, tender-stage layouts are available with project parameters.

Hot-dip galvanizing per international standards; luminaires aligned with LM-80/IES reporting; local code alignment upon request.

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