E-ABLE POWER / SOLAR LIGHTING

60W Split SolarDouble-Arm Light

A 60W split solar street light on an 8-meter double-arm pole, spreading light across both sides of a road or parking area. Separate panel and battery give flexible, high-output lighting.

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E-ABLE POWER
COMMERCIAL SOLAR LIGHTING SOLUTIONS
INFRASTRUCTURE GRADE     8M POLE SYSTEM

8-Meter Double Arm Split Solar Street Light

E-ABLE POWER split solar street-light systems are designed for municipal roads, industrial sites, public infrastructure and commercial outdoor projects that require an 8-meter mounting height.

The solar panel, luminaire, LiFePO4 battery and controller can be configured around the site solar resource, road layout, operating profile, local weather and required backup time.

REQUEST A PROJECT PROPOSAL		 A tall white double-armed street lamp with two solar panels mounted at the top.

ENGINEERING BENEFITS

Separate System Layout

Independent panel positioning helps the project team evaluate solar access and mounting orientation for the specific road or site layout.

Municipal Pole Planning

The 8-meter single-arm structure can be specified around road width, pole spacing, wind conditions, foundation design and target illumination.

Smart Energy Management

LiFePO4 storage and MPPT charging can be configured with the operating schedule and rainy-season autonomy requirement.

DIALUX AND STRUCTURAL PROJECT SUPPORT

Lighting and Layout Validation

For an 8-meter deployment, provide the road width, pole spacing, road surface, target illumination, operating hours and installation location. These inputs allow the lighting design, solar-panel capacity and energy-storage plan to be reviewed for the intended application.

Where required, E-ABLE POWER can discuss DIALux lighting calculations and wind-load inputs as part of a project proposal. Final lighting performance and structural suitability must be confirmed for the selected configuration and local standards.

A technical lighting design report for a street with two 6-point observer grids, a luminaire arrangement diagram, and a greyscale illuminanc		 A technical document containing wind-resistant design calculations for a 12m single arm lighting pole, including equations and material spec

Structural wind-resistance analysis reference

REFERENCE TECHNICAL CONFIGURATION

The following is a reference configuration for this 8-meter system. Confirm the final values with the approved quotation, photometric plan and destination-market requirements.

Component Reference specification Project check
LIGHTING AND ENERGY SYSTEM
LED luminaire 60W LED engine; reference efficacy 170 lm/W; IP66 stated for the reference configuration. Confirm luminous flux and optic.
Solar module 120W monocrystalline solar panel; reference cell efficiency above 18 percent. Check solar resource and shade.
Battery pack LiFePO4, 12.8V 60Ah reference battery configuration. Set rainy-day autonomy.
Controller 10A MPPT controller with automatic on/off and dimming reference functions. Confirm lighting profile.
POLE AND INSTALLATION
Pole structure 8-meter conical Q235 steel pole with hot-dip galvanizing reference finish. Confirm wind zone and foundation.
System layout Single-arm split-system arrangement with separate panel, light and energy-storage components. Confirm pole spacing and cable routing.

FACTORY AND INSTALLATION VISUALS

A six-panel collage showing various stages of manufacturing, assembly, testing, and warehouse work in a factory setting.

LED engine assembly

 A collage showing a solar panel manufacturing facility, including automated machinery and workers in cleanroom suits, ending with a large-sc

Solar module production
A collage of six photos showing industrial metal fabrication workshops with steel pipes, machinery, and warehouse interiors.

Pole galvanizing line

 A collage of six photos showing a cleanroom battery manufacturing facility with automated machinery, workers in protective suits, and stacke

LiFePO4 energy-storage testing

FIELD DEPLOYMENT AND INSTALLATION

Watch the original installation video below. If your network blocks embedded YouTube content, use the backup viewing button.

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WATCH THE INSTALLATION VIDEO ON YOUTUBE

BUYER FAQ

Is an 8-meter pole suitable for every road?

No. Select the pole height from road width, mounting layout, lighting target, wind condition and local standards.

How are the panel and battery selected?

They should be sized around local sunshine, rainy-season autonomy, dimming schedule, lighting load and required operating time.

Can project documentation be discussed?

Provide the destination market and project inputs so that applicable drawings, lighting information and documentation can be reviewed for the selected configuration.

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Plan your 60W Split Solar Street Light - 8M Double Arm project.

Send your site conditions, lighting requirements or load profile for a system engineered to your location — DIALux simulation, sizing and pricing within 2–3 business days.

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