Developed for municipal roads, parks, scenic areas and commercial outdoor spaces, the TwinSol series combines solar power, integrated storage, bat-wing optics and service-friendly structure in a robust die-cast aluminum body.
Built for solar lighting projects
Integrated DC architecture for autonomous lighting applications.
Service-oriented structure
Snap-open cover and accessible internal components reduce maintenance effort.
Optical flexibility
Multiple optic distributions help adapt to roads, pathways, urban areas and ring roads.
Project adaptability
Horizontal or vertical mounting and adjustable angle support different site layouts.
ADC12
Corrosion-resistant die-cast aluminum housing
PC Lens
Durable lens material with bat-wing light distribution
Mono PV
Solar power options with monocrystalline panel focus
LiFePO₄
Safe lithium iron phosphate battery design
Designed for multiple outdoor lighting scenarios
Streets, Paths & Bike Lanes
Suitable for lower-height roadway and pathway applications with controlled distribution.
Residential Streets
Uniform light distribution for community roads and internal road networks.
Shared Urban Zones
Supports public-commercial areas where visual comfort and reliable structure matter.
Rural Roads
Useful where grid extension is difficult or costly and solar autonomy is preferred.
Urban Roads
Bat-wing optics help serve typical street-lighting layouts.
Motorways & Ring Roads
Higher-power configurations support larger roads and higher poles.
The DC solar configuration places the lithium iron phosphate battery and intelligent control components inside the lamp body, while the solar panel remains externally positioned for energy collection. This architecture keeps the street-light assembly clean and concentrates service access at the luminaire.
Open, inspect and service without rebuilding the luminaire.
The internal exploded structure separates the optical module, power electronics, battery, control hardware and mounting sleeve. The cover-opening design supports broad access, while the installation sleeve can be adjusted to match different lighting environments.
Horizontal or vertical mounting
Angle-adjustable sleeve with up to 120° cover-opening illustration
Independent components for power, control and lightning protection
Respirator design shown in the lamp structure
Uniform light where the road needs it
The luminaire uses bat-wing lens optics and offers multiple light-distribution patterns for roadways, narrow roads, bicycle lanes, residential areas and wider street layouts. The housing is also designed to conduct heat from the LED source into the aluminum body, helping control junction temperature.
3000–5700K
Solar configuration CCT
CRI > 70
General optical specification
-20°-50°C
luminaire use up to this temperature
OEM/ODM
Customizable solutions
All projects are different and require specific light levels and distributions.
The optical section includes distributions for low-height residential lighting, narrow roads and bicycle lanes, symmetrical applications, wide asymmetric road lighting and wide streets.
Residential streets
Asymmetric lighting for lower-height neighborhood roads.
Urban roads
Road-oriented distribution for vehicle and pedestrian environments.
Wide streets
Wide asymmetric distributions for broader road sections.
Narrow roads
Optical patterns for circulation routes and constrained road widths.
Bike paths
Targeted lighting for cycling lanes and linear paths.
Shared public areas
Lighting support for mixed pedestrian and public-space environments.
Why Choose PANAILO?
OEM / ODM Support
For distributors and project customers, PANAILO can support product labeling, housing color, lighting program, controller logic, battery and solar-panel configuration, packaging, project documentation and other project-specific requirements subject to technical feasibility and order conditions.
Quality Control & Testing
Inspection capability covers key lighting and outdoor-product checkpoints such as aging tests, high/low-temperature evaluation, salt-spray testing, ingress-protection checks, impact resistance, integrating-sphere photometric testing, constant-voltage/current testing and surge-related verification.
Engineering-Oriented Configuration
Product selection is matched to installation height, road width, pole spacing, local solar irradiation, lighting hours, rainy-day autonomy and project requirements. For tender and engineering projects, this helps buyers move from a general product request to a more workable technical configuration.
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Product Parameters
| TECHNICAL PARAMETER | ||
| Model | Twinsol-A.DC | Twinsol-B.DC |
| Power | 60W/80W/100W | 100W/120W/150W |
| Number of modules | 12/16 groups | 16 groups |
| Nominal voltage | DC24V-48V | DC24V-48V |
| Type of light distribution | Bat Wing for light | |
| Luminous Efficiency | 120~150Lm/W | |
| CRI | CRI70/CRI80 | |
| CCT | 4000K/5000K/6500K | |
| IP Rate | IP65 | |
| Working Environment | -20°C~45°C, 20%~90% RH | |
| Storage Temperature | -20°C~70°C, 10%~90% RH | |
| Body Material | Aluminum die-casting | |
| Lens Material | PC Lens PC | |
| Installation height | 6m-12m | |
| Lamp body size | 734 × 300 × 153mm | 790 × 325 × 160mm |
| Luminaire N.W | /kg | /kg |
