LED Street Light for Roadway, Campus and Outdoor Area Projects

Besenled supports B2B street-lighting projects where buyers need to confirm pole height, road width, optical distribution, control method, outdoor durability, certification needs and RFQ information before selecting a fixture.

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When should buyers choose LED street lights?

Choose street lights when the project needs continuous roadway, campus, parking-access or public outdoor illumination with controlled optics, pole mounting, outdoor protection, stable driver performance and quotation details based on site conditions.

Primary use: Roadway and campus outdoor lighting
Buyer stage: Specification and RFQ preparation
Quote basis: Project-specific configuration

Application fit

Where LED street lights fit best

Street lights should be selected by site geometry and lighting outcome, not by wattage alone. The most useful RFQ starts with road width, pole height, pole distance, voltage, control requirement and target market.

Municipal roads

Public roadway or access-road lighting that needs optical control, safe visibility and project documentation.

Campus areas

Schools, parks, campuses, commercial complexes and public-facing outdoor circulation zones.

Industrial parks

Outdoor roads, logistics areas and perimeter access routes where durability and maintenance access matter.

Parking access roads

Outdoor approach roads and transition areas around commercial or mixed-use projects.

Selection framework

What buyers should confirm before choosing a street light

A street light quote becomes reliable only after the site geometry, electrical requirement, control plan and compliance market are clear.

Buyer input	Why it matters
Road width	Helps decide optical distribution, wattage range and uniformity target.
Pole height	Affects lumen output, beam spread, glare control and mounting angle.
Pole distance	Controls dark zones, overlap and project-level spacing assumptions.
Mounting arm	Confirms installation diameter, tilt angle and mechanical compatibility.
Control method	Determines photocell, timer, dimming, motion sensor or smart-control options.
Destination market	Defines voltage, certification, document and compliance requirements.

Structured product lineup

Street light models maintained as ACF Product records

This page now reflects the Street Light product records in the ACF Product system. The models below are organized for B2B specification review: power range, optical fit, outdoor protection, control readiness and RFQ requirements should be confirmed against the selected SKU before publishing final product detail pages.

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LED street light

BS-SLA685 LED Street Light

BS-SLA685 is suitable when the project needs 30W-240W street lighting, IP66 outdoor protection, T2-M/T3-M distribution, photocell/timer/DALI options and tool-free maintenance.

Power: 30W-240W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: T2-M / T3-M

Final photometric files and installation dimensions should be confirmed before specification. Some catalogue claims are marked for internal verification.

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LED street light

BS-SLA102 LED Street Light

BS-SLA102 fits projects needing 30W-200W LED street lights, 140lm/W efficacy, IP66/IK08 protection and 70*140° optical distribution.

Power: 30W-200W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

BS-SLE630 LED Street Light

BS-SLE630 is relevant for 50W-300W street lighting where buyers need IP66/IK08 protection, SOSEN driver, 50,000-hour life and outdoor control options.

Power: 50W-300W
Efficacy: Confirm by final SKU
Protection: IP66
Optics: T2-M / T3-M

Final photometric files and installation dimensions should be confirmed before specification. Some catalogue claims are marked for internal verification.

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LED street light

BS-SLE630-B LED Street Light

BS-SLE630-B fits projects needing 50W-200W street lights with 3CCT and power adjustment, 70*140° distribution, IP66/IK08 protection and NEMA/ZHAGA accessory options.

Power: 50W-200W, adjustable steps listed: 50/40/30W, 100/80/60W, 150/120/90W, 200/160/120W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

BS-SLE680 LED Street Light

BS-SLE680 is suitable for street lighting projects needing 50W-240W options, 140lm/W efficacy, IP66/IK08 protection and DALI/photocell/timer support.

Power: 50W-240W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: T2-M / T3-M

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

BS-SLE620 LED Street Light

BS-SLE620 fits 50W-320W street lighting projects that need T2-M/T3-M optics, post-top or side-entry mounting, IP66 protection, corrosion-resistant optical cover and smart-ready accessory…

Power: 50W-320W
Efficacy: Confirm by final SKU
Protection: IP66
Optics: T2-M / T3-M

Final photometric files and installation dimensions should be confirmed before specification. Some catalogue claims are marked for internal verification.

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LED street light

LEMO LED Street Light

LEMO is a 50W-200W LED street light series with 140lm/W efficacy, 70*140° beam angle, IP66/IK08 protection and photocell/timer options.

Power: 50W-200W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

EGO LED Street Light

EGO is a 50W-200W LED street light family using LUMILEDS LEDs, ZH driver, 140lm/W efficacy, IP66 protection and photocell/timer options.

Power: 50W-200W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

ETO LED Street Light

ETO covers 30W-300W street lighting with 140lm/W efficacy, 70*140° beam angle, IP66/IK08 protection and photocell/timer options.

Power: 30W-300W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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LED street light

POMA LED Street Light

POMA is a 50W-200W street light family with LUMILEDS LEDs, ZH driver, 140lm/W efficacy, IP66/IK08 rating and photocell/timer options.

Power: 50W-200W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final photometric files and installation dimensions should be confirmed before specification.

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Solar street light options

Solar models for projects without stable grid supply

Solar street lights require a separate check for solar panel size, battery capacity, charging time, autonomy days, installation environment and local sunlight conditions. Treat catalogue values as RFQ starting points, not final project guarantees.

Solar street light

POLA Solar Street Light

POLA is a solar street light family with 100W/200W listed power, 5-7 hour charging time, monocrystalline solar panel, IP66/IK08 protection and 5-year warranty.

Power: 100W-200W listed; page heading says 120W-200W
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final solar panel, battery and autonomy must be confirmed by selected SKU. Some catalogue claims are marked for internal verification.

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Solar street light

POHO Solar Street Light

POHO is a solar street light family with 100W-500W listed variants, 5-7 hour charging time, IP66/IK08 protection and 5-year warranty, but battery/runtime claims need project confirmation.

Power: 100W-500W listed; page heading says 50W-200W and table lists 100W/120W/300W/400W/500W, needs confirmation
Efficacy: 140LM/W (±5%)
Protection: IP66
Optics: 70*140°

Final solar panel, battery and autonomy must be confirmed by selected SKU. Some catalogue claims are marked for internal verification.

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Technical specification checklist

Street light specifications to verify before quotation

The values below should be confirmed by model, destination market and project requirement. Do not treat estimated values as final project evidence.

Wattage range	Confirm by road width, pole height and brightness target.
Luminous efficacy / lumen output	Confirm by selected LED, driver and thermal design.
CCT / CRI	Common outdoor CCT options should be confirmed by project standard and market preference.
Optical distribution	Confirm Type II, Type III, Type V or project-specific lens requirement when available.
Input voltage	Confirm regional voltage and driver compatibility before production.
IP / IK rating	Outdoor protection and impact resistance depend on final model and housing.
Surge protection	SPD requirement should be confirmed for outdoor grid and lightning-risk conditions.
Control options	Photocell, timer, dimming, sensor or smart-control options should be confirmed by project scope.
Warranty and documents	Warranty, datasheet, IES/LDT file and certificate availability should be confirmed by model.

Choose the right outdoor fixture

Street light vs flood light vs bollard light

This comparison helps buyers avoid choosing a fixture only by wattage or appearance.

Fixture type	Best for	Not ideal for
Street light	Roadway, campus road and pole-mounted outdoor circulation lighting.	Decorative facade washing or close-range accent lighting.
Flood light	Open yards, large-area coverage, signage and broad illumination.	Roadway projects that need controlled pole spacing and optical uniformity.
Bollard light	Low-level pathway, landscape and pedestrian guidance lighting.	Vehicle road main lighting or high-mount applications.
Linear / strip lighting	Architectural outlines, coves, facades and decorative linear effects.	Roadway main illumination.

Evidence and compliance

Documents buyers should request for street-lighting projects

Certification and document availability depends on model and destination market. Confirm the exact requirement before using any claim as project evidence.

Datasheet

Model, power, lumen, voltage, CCT, CRI, IP/IK, size and installation data.

IES / LDT file

Photometric file for project simulation, distribution review and lighting layout discussion.

Certificates

CE, RoHS, CB, ENEC, UL, DLC or other documents only when applicable to the selected model.

Installation notes

Mounting arm, tilt, wiring, protection, maintenance and outdoor environment assumptions.

Project support process

How Besenled reviews a street-lighting request

1. Collect site inputs: road width, pole height, pole distance, voltage, environment and quantity.
2. Confirm lighting target: brightness expectation, uniformity requirement, glare concern and control method.
3. Match fixture configuration: wattage, optics, mounting, driver, protection and document needs.
4. Review evidence: datasheet, certificates, photometric file and installation assumptions.
5. Prepare RFQ: quotation basis, sample need, lead time, packaging and project-specific notes.

RFQ checklist

Send these details for a useful quotation

Road type and road width

Pole height and pole distance

Mounting arm size

Quantity and destination market

Input voltage

CCT and control method

IP / IK / certificate needs

Drawing or site photo if available

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FAQ

Street light selection questions

How do I choose wattage for LED street lights?

Do not choose wattage alone. Confirm road width, pole height, pole distance, brightness target, optical distribution and control requirement first.

What pole height is suitable for street lights?

Pole height depends on road width, mounting arm, lighting target and selected optical distribution. Send the site dimensions before quotation.

What is the difference between street light and flood light?

Street lights are typically selected for pole-mounted roadway or campus-road illumination. Flood lights are better for broad area coverage where roadway-style optical spacing is not the main requirement.

Can street lights support photocell or smart control?

Selected configurations can support photocell, timer, dimming or smart-control options. Compatibility should be confirmed by driver, control protocol and project scope.

Can Besenled provide IES files or photometric data?

Photometric files should be confirmed by the selected model. Request IES or LDT data during RFQ if simulation or project review is required.

Next step

Build a street-lighting quote from real project inputs

Send road width, pole height, pole distance, voltage, quantity, control requirement and destination market. Besenled will review the configuration before confirming price, lead time and documents.

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