E-ABLE POWER / SOLAR LIGHTING

FlyhorseAll-In-Two Solar

Flyhorse all-in-two solar street light combining a separate panel with an integrated light head for adaptable, high-output lighting. Independent panel angle and high-capacity battery give steady nightly output.

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MUNICIPAL SOLAR LIGHTING SOLUTIONS
MUNICIPAL GRADE     190 LM/W     100W – 150W

Flyhorse Series | High-Output Municipal Lighting

Flyhorse All-in-Two Solar Street Light

A high-output all-in-two solar street light engineered for municipal arterials, industrial zones and large infrastructure projects. The separate adjustable monocrystalline solar panel pairs with an integrated lamp head housing the Philips 190LM/W LED array, LiFePO4 battery and MPPT controller — available in 100W, 120W and 150W models for 8–12m poles. The semi-integrated architecture gives you the panel orientation flexibility of a split solar street light (aim the PV due south regardless of road direction to recover 20–40% more annual yield) while keeping the battery and controller off the ground for clean, trench-free, wind-resistant installation. IP66-rated for highways, logistics yards, port terminals, industrial parks and district roads, and fully customizable for OEM/ODM with DIALux photometric simulation and free project sizing.

 A modern solar street light features a slanted photovoltaic panel atop a sleek curved housing mounted on a metal pole.
190 lm/W
Industry-Leading Efficacy
Philips 5050 LED chips
IK09
Mechanical Impact Resistance
Vandal-resistant housing
5 min
Clamp-On Installation
No specialized tools needed
IP66
Full Waterproof & Dustproof
All-weather reliability

Key Specifications at a Glance

LED Range100W / 120W / 150W (3 Models)Efficacy190 lm/W — Philips 5050 Chips
Solar PanelAdjustable Monocrystalline (Separate)BatteryLiFePO4 — Smart BMS — 4,000+ Cycles
ArchitectureAll-in-Two (Semi-Integrated)ControllerMPPT — Programmable Dimming
Ingress RatingIP66 Waterproof & DustproofImpact RatingIK09 Vandal-Resistant
Install Time~5 Minutes — Clamp-On DesignWarranty3 Years

Engineering Advantages

Optimized Solar Positioning
The separate monocrystalline solar panel supports independent tilt and azimuth adjustment — orient the PV array for maximum annual irradiation regardless of the road direction. Essential for mid-to-high latitude projects where seasonal sun angle varies by up to 47°.
High-Output Municipal Performance
100W to 150W LED output with 190LM/W Philips chip efficacy delivers superior roadway illumination. Engineered for main arterials, highway interchanges, and large industrial yards requiring wide-coverage, high-uniformity lighting per IESNA standards.
Rapid Modular Deployment
The clamp-on bracket design enables ~5-minute installation per unit without specialized tools. Separate panel and lamp-head packaging simplifies transport logistics and on-site handling — reducing project labor costs significantly compared to fully integrated systems.

Model Selection — 3 Power Options

Reference configurations below. Final wattage, panel size, battery capacity, pole height, and installation layout are customized per project based on road dimensions, solar resource data, and lighting requirements.
* All models: IP66 rated, IK09 impact resistant, Philips 5050 LED, MPPT controller, LiFePO4 battery. CE / RoHS / ISO9001 certified. 3-year warranty.
Model LED Power Luminous Flux Solar Panel Battery (LiFePO4) Pole Height Application
Flyhorse-100W 100W ~19,000 lm 150W Mono ~640 Wh 8 – 10 m Collector roads, parks
Flyhorse-120W 120W ~22,800 lm 180W Mono ~768 Wh 9 – 11 m Arterial roads, industrial zones
Flyhorse-150W 150W ~28,500 lm 200W Mono ~960 Wh 10 – 12 m Highways, logistics yards

Project Planning — What to Prepare

Project Input What We Need
Road dimensions Road width, lane count, pole spacing, mounting height, road class (arterial / collector / local)
Location & solar data GPS coordinates — we calculate peak sun hours, rainy season, and seasonal irradiation for battery sizing
Lighting target Required lux level, operating hours per night, dimming schedule, motion sensor preference
Environmental conditions Temperature extremes, wind zone, coastal/corrosion exposure, dust/sand conditions
Installation scope Foundation type, cable routing, local permitting requirements, commissioning responsibility, quantity

Frequently Asked Questions

Why is the Flyhorse solar panel separate from the lamp head?
The separate PV panel design provides independent positioning freedom. You can orient the solar panel at the optimal tilt angle southward (in the Northern Hemisphere) regardless of the road direction. This is critical for projects above 30° latitude where a flat-mounted panel would lose 20-40% of annual energy yield. The panel bracket also allows adjusting the tilt angle seasonally for maximum year-round performance.
How do I choose between 100W, 120W, and 150W models?
Selection is based on pole height, road width, and required lux level. General guide: 100W for 8-10m poles on collector roads and parkways; 120W for 9-11m poles on arterial roads and industrial zones; 150W for 10-12m poles on highways, large logistics yards, and port terminals. For precise selection, provide your road drawings and our engineering team delivers a free DIALux lighting simulation with lux distribution maps and pole spacing recommendations.
What does IK09 impact resistance mean for real-world durability?
IK09 is an IEC 62262 impact protection rating indicating the housing withstands 10 joules of mechanical impact — equivalent to a 5kg mass dropped from 20cm. In practical terms, this means the Flyhorse lamp head resists vandalism attempts (bat strikes, thrown objects), incidental vehicle contact during maintenance, and hail impact. Combined with IP66 sealing, the Flyhorse is built for high-traffic municipal environments where lesser fixtures would fail prematurely.
Is the 5-minute installation claim realistic for field deployment?
Yes — the Flyhorse uses a clamp-on bracket system that eliminates the need for bolting the lamp head to the pole arm. Once the pole is erected and the solar panel bracket is mounted, the lamp head slides onto the pole arm and locks with a single clamping mechanism. This design was validated across multiple project deployments and reduces per-unit installation labor by 60-70% compared to bracket-and-bolt fixtures. The separate panel and lamp head also ship in compact packaging, reducing on-site handling time.

All E-Able Power products undergo 100% QC inspection. Factory: Dongguan, Guangdong, China.

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Plan your Flyhorse Series All-in-Two Solar Power Street Light project.

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