Solar Pole Lights for Streets & Public Spaces

الصفحة الرئيسية / Solar Pole Lights for Streets & Public Spaces | Inlux Solar

الوجبات السريعة

  • Vertical PV solar pole lights deliver a cleaner streetscape and improved wind performance vs. large top-mounted panels.
  • Typical project range: 30–150W LED, 6–12m mounting height, النوع الثاني/الثالث road optics.
  • Storage is built around LiFePO4 chemistry and sized for your climate and run profile.
  • Common autonomy targets are 2–5 nights (varies by location, PSH, and dimming profile).
  • Choose your configuration: SPL01 (All-in-Two light engine), SPL02 (battery in pole), SPL03 (decorative head).
  • We support bids with Dialux/AGi32, drawings, wiring diagrams, and BOM.

Solar Pole Lights: What They Are (and What They’re Not)

Solar pole lights (street-grade) combine:

  • A vertical PV array mounted on the pole (or wrapped around the pole profile)
  • A dedicated LED street luminaire with engineered road optics
  • A smart controller, surge protection, and LiFePO4 energy storage (in the luminaire or inside the pole)

They are لا:

  • Small garden “solar lamp posts” made for ambiance lighting
  • Low-power decorative fixtures without controlled optics, thermal design, or proper PV/battery sizing

If your project requires real roadway visibility, uniformity, and reliability, you need street-grade solar pole lighting—not consumer garden lights.

Explore Our Solar Pole Light Models

Choose the configuration that matches your security needs, maintenance preference, and streetscape design goals.

Vertical solar pole light, 12 m pole, Type III for local roads

INL-SPL01

Vertical Solar Pole Light (All-in-Two Light Engine)

A streamlined solution for roads and general public lighting. The light engine integrates control and storage in a compact, serviceable assembly for efficient maintenance.

الأفضل لـ roads, local streets, general public areas
Why choose it: clean profile, fast servicing, consistent performance

in-pole battery solar pole light

INL-SPL02

Vertical PV Pole Light with In-Pole Battery

Designed for projects where battery security, vandal resistance, or pole-based service access is a priority. Battery is housed inside the pole.

الأفضل لـ parks, boulevards, business districts, anti-theft applications
Why choose it: improved battery security + centralized access

decorative solar pole light SPL03

INL-SPL03

Decorative Solar Pole Light

A premium streetscape option that blends architectural styling with vertical PV. Ideal where appearance is as important as performance.

الأفضل لـ parks, plazas, residential communities, premium streetscapes
Why choose it: decorative head + high-end visual impact

Solar Pole Light Model Comparison (Fast Selection)

الطرازالأفضل لـBattery PlacementCore Spec RangeWhy Choose It
INL-SPL01
مصباح عمودي يعمل بالطاقة الشمسية
Roads, highways, residential streetsLiFePO4 + controller integrated in the All-in-Two lamp head30–150W LED; Type II/III optics; IP66/IK09 class; 6–12m polesClean pole profile + easy maintenance with a project-ready light engine
INL-SPL02
Vertical PV + In-Pole Battery
Parks, boulevards, business districts; anti-theft focusLiFePO4 battery housed inside the pole30–150W LED; typically 100–720W PV; Type II/III; 6–12m polesMore secure battery placement + centralized service access
INL-SPL03
Decorative Solar Pole Light
Premium streetscapes, parks, communitiesLiFePO4 storage inside the luminaire30–150W LED; Type II/III; IP66/IK09 class; 6–12m polesDecorative head + vertical PV for high-end visual impact

Typical Specifications & Design Ranges

Solar pole lights must be sized as a complete system—optics, mounting height, PV input, battery capacity, and operating profile all work together. The following ranges are typical for street-grade solar pole lighting projects.

البندTypical Range / OptionsWhat We Need From You (RFQ)
LED power & optics30–150W; Type II / Type III distributionsTarget lux & uniformity, road/lot width, lane count, pole spacing
ارتفاع العمود6–12m mounting heightsMounting height preference, arm/tenon details (if any), site constraints
PV configurationVertical PV on pole; typically 100–720W PV (model dependent)Project location (city/country), latitude, peak sun hours (PSH), shading notes
Battery & autonomyLiFePO4 storage; commonly sized for 2–5 nights backupRequired autonomy, operating profile (dusk-to-dawn / dimming schedule)
Environment & durabilityIP66/IK09 class designs; galvanized + powder coat; aluminum optionsCorrosion class (coastal/industrial), max ambient temp, wind speed requirement
المنجزاتDialux/AGi32, drawings, wiring diagram, BOMTender format (if any), deadline, required certifications

How to Specify Solar Pole Lights (Engineer’s RFQ Checklist)

To quote accurately and avoid under-sizing, include these RFQ inputs:

  • Lighting requirements: target lux/uniformity (or road class), width, lanes, pole spacing, mounting height, arm/tenon
  • Site & solar conditions: location (city/country), PSH, shading, dust/snow, temperature range
  • ملف تعريف التشغيل: dusk-to-dawn or scheduled runtime, dimming plan, motion/PIR requirement (if any)
  • Reliability targets: autonomy goal (e.g., 2–5 nights), wind speed requirement / EPA constraints, corrosion environment
  • المنجزات: Dialux/AGi32, drawings, wiring diagram, BOM, tender format, and project deadline

Why Vertical PV Solar Pole Lights

  • Cleaner aesthetics: integrated pole profile—no oversized “panel cap” look
  • Wind-friendly design: reduced sail area vs. large top-mounted panels
  • Harsh environment tolerance: vertical orientation can be easier to manage in dusty/snowy areas
  • No trenching: ideal where grid extension is slow, expensive, or impossible
  • Scalable layouts: roads, parking lots, pathways, parks, business districts

التطبيقات

Project Support: Photometrics, Drawings, and Proposal Pack

For tender and engineering workflows, we can provide bid-ready deliverables, including:

  • Dialux/AGi32 photometric simulations (layout validation, lux and uniformity)
  • Drawings and installation details
  • Wiring diagram and control logic overview
  • Bill of materials (BOM) for project planning
  • Recommended dimming profile to balance visibility and autonomy

Tip: PV wattage alone is not a reliable comparison. Proper sizing must account for optics, mounting height, PSH, autonomy target, and operating profile.

Solar Pole Lights Video Gallery

اكتشف كيف توفر مصابيح الشوارع الشمسية التي نقدمها إضاءة مستدامة وفعالة وموثوقة من خلال التطبيقات الواقعية وعروض المنتجات في مقاطع الفيديو هذه.

الأدلة والموارد الهندسية (جاهز للمناقصة)

Solar pole lights need correct layout inputs and wind-load/installation planning. Use the resources below to validate photometrics and acceptance evidence.

مراكز الموارد

Most Relevant Guides for Solar Pole Lights

Prepare a Solar Pole Light Project Brief

Before comparing suppliers, use the دليل مشتري مصابيح الشوارع بالطاقة الشمسية to define the project inputs and review solar parking lot lighting when the layout includes parking areas. For factory qualification, see our الشركة المصنعة لمصابيح الشوارع بالطاقة الشمسية overview. The مجموعة أدوات طلب عروض الأسعار و BOQ above can then be used to send the same scope to suppliers.

Explore Other System Types

Request Tender-Ready Files (IES/LDT + Drawings + BOM + Layout Support)

تنزيل: ورقة مدخلات المشروع (جاهز للمناقصة)

استخدم هذا القالب لإرسال مدخلات التحجيم وطلب التحقق من صحة التخطيط.

افتح صفحة التنزيل →

Solar Pole Light FAQs

A solar pole light integrates vertical PV on the pole itself and uses a high-efficiency LED street luminaire; an all-in-one places a flat panel on top of the fixture. Vertical PV improves wind performance and aesthetics on premium streets.

We size PV and LiFePO4 storage to your latitude, PSH and run-time target. Project designs commonly aim for 2–5 nights of backup without full sun.

6–12 m poles paired with 30–150W LED packages cover most local-road and parking-lot applications.

Type II and Type III distributions are standard for roads, paths and lots.

Poles are typically hot-dip galvanized with powder-coat finishes; aluminum options are available for coastal or decorative sites.

Designs account for local basic wind speed and EPA. Vertical PV reduces sail area versus large top panels, helping stability in high-wind zones.

Yes. SPL02 houses the lithium battery inside the pole for added security and thermal stability.

Yes. We deliver Dialux/AGi32 calculations, wiring diagrams and a BOM with every proposal.

Yes. We can design operating profiles (scheduled dimming) and control strategies to extend autonomy based on your lighting targets, traffic patterns and local solar conditions.

Share project location, target lux/uniformity, road width and pole spacing, mounting height, required autonomy days, dimming schedule, wind speed and corrosion environment. We’ll size PV, LiFePO4 storage and optics and validate with photometric simulation.