All-in-One Solar Street Lights for Road Projects
LeapPole all-in-one solar street lights combine the monocrystalline solar panel, LiFePO4 battery, LED luminaire, and intelligent controller in one compact fixture. The integrated design reduces cabling, trenching, and on-site assembly for road, parking, campus, park, industrial, and municipal lighting projects.
- 3,000 lm to 18,000 lm output options
- Up to 210 lm/W LED efficiency
- LiFePO4 batteries with PWM or MPPT control
- Type II and Type III roadway optics
- Side-entry and post-top mounting options
- IP65 protection and IK08 or IK09 impact resistance
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- All-in-One Solar Street Lights
Integrated Solar Street Lighting for Project Buyers
All-in-one solar street lights simplify off-grid lighting by integrating the solar panel, LED module, battery, and controller into one factory-assembled fixture. This reduces installation work and helps engineering companies deploy lighting where grid extension or trenching is expensive.
LeapPole supplies four series for different project priorities: ECO for cost-sensitive applications, FLY for adjustable high-efficiency lighting, PRO for automatic panel cleaning, and STD for high-output roadway projects. Each configuration should be selected according to required illuminance, pole height, operating hours, local peak-sun hours, autonomy, and environmental conditions.
All-in-One Solar Street Light Series
ECO Series
Cost-effective 3,000-6,000 lm fixtures with PWM control, LiFePO4 batteries, IP65/IK08 protection, and adjustable mounting options.
FLY Series
High-efficiency 6,000-12,000 lm fixtures with aluminum extrusion frames, adjustable mounting arms, adjustable LED modules, and MPPT control.
PRO Series
Premium 6,000-12,000 lm fixtures with automatic solar-panel cleaning, expandable photovoltaic capacity, up to 210 lm/W efficiency, and IP65/IK09 protection.
STD Series
High-output 6,000-18,000 lm roadway fixtures with die-cast aluminum construction, adjustable LED modules, MPPT control, and multiple mounting options.
Why Choose LeapPole All-in-One Solar Street Lights
- Project-based sizing: panel, battery, lumen output, and operating profile are matched to the installation location.
- High-efficiency optics: up to 210 lm/W with Type II and Type III distributions for road and area lighting.
- Reliable energy storage: LiFePO4 battery configurations for long service life and stable operation.
- Simplified installation: integrated components reduce on-site wiring, trenching, and commissioning work.
- Multiple project levels: economical, adjustable, self-cleaning, and high-output series cover different budgets and specifications.
- Export support: product selection, pole compatibility, packing, container planning, and project documentation can be coordinated together.
All-in-One Solar Street Light Selection Guide
| Series | Luminous Flux | Efficiency | Controller | Protection |
|---|---|---|---|---|
| ECO | 3,000-6,000 lm | Up to 150 lm/W | PWM | IP65 / IK08 |
| FLY | 6,000-12,000 lm | Up to 200 lm/W | MPPT | IP65 / IK08 |
| PRO | 6,000-12,000 lm | Up to 210 lm/W | MPPT | IP65 / IK09 |
| STD | 6,000-18,000 lm | Up to 210 lm/W | MPPT | IP65 / IK09 |
Information Required for a Quotation
Please provide the project location, road or area dimensions, required illuminance, pole height and spacing, operating hours, dimming schedule, autonomy requirement, quantity, wind conditions, mounting preference, delivery destination, and applicable standards. LeapPole will use this information to recommend the fixture series, lumen output, solar panel, battery, and installation arrangement.
Send your project requirements for a technical proposal and quotation.
All-in-One Solar Street Light Installation Process
Confirm the system configuration, mounting interface, pole structure, foundation, orientation, and commissioning plan before installation.
1. Verify the Site and Foundation
Check the pole position, foundation dimensions, anchor bolts, underground services, shading, road layout, and local wind requirements.
2. Assemble the Pole and Fixture
Install the mounting arm or post-top adapter, secure the integrated solar fixture, and tighten all fasteners according to the approved drawing.
3. Set the Solar Orientation
Orient the photovoltaic surface for maximum local solar exposure and adjust the fixture angle or LED module where the selected model allows.
4. Commission and Record Performance
Activate the controller, verify charging and lighting modes, confirm the dimming schedule, and record initial operating data for project handover.
5. Test Night Operation and Dimming
After sunset, verify automatic switching, illumination, motion sensing, dimming periods, and battery status. Adjust the controller settings to match the approved lighting schedule.
6. Complete Inspection and Handover
Check fasteners, pole stability, fixture angle, charging performance, and site cleanliness. Provide commissioning records, operating instructions, warranty documents, and the maintenance plan.
All-in-One Solar Street Light FAQ
An all-in-one solar street light combines the panel, battery, controller, and LED fixture in one compact unit. A split system installs these components separately, which offers more flexibility for panel orientation and larger energy configurations.
Selection should be based on the required illuminance, road width, pole height and spacing, operating hours, local peak-sun hours, autonomy, wind conditions, and project budget. LeapPole can prepare a project-based configuration.
Yes. The LiFePO4 battery stores energy for night operation and low-sunlight periods. Available autonomy depends on the panel size, battery capacity, daily load, dimming schedule, and local weather conditions.
Serviceability depends on the series, but project-grade fixtures are designed with accessible electrical components. Maintenance procedures and spare-part requirements should be confirmed with the selected model.
Please provide the project location, road or area dimensions, target illuminance, pole height and spacing, operating schedule, autonomy requirement, quantity, mounting preference, and delivery destination. Send these details to request a technical proposal.
