Tuoye Light-Tracking Energy Storage Robot Light Tower
1. Wheels Can rotate 360 Inplace.
2. Solar panel can rotate angle.
3. Comes with a spotlight system, maximizing the use of solar energy.
4. Hydraulic, electric, pneumatic, manual, four mast elevation methods are available for selection.
5. Each light can be controlled independently using a remote control.
6. Can be designed in various DIY ways.
7. Soft tires, which are better suited for wet roads.
Autonomous Mobile Lighting Tower With Solar Tracking And Energy Storage
Smart Solar Light Tower with Robotic Tracking System is an advanced robotic mobile light tower designed for reliable off-grid illumination in construction sites, mining areas, roadworks, emergency response, and remote outdoor projects. Equipped with an intelligent solar tracking system, it automatically adjusts the solar panel angle to follow sunlight throughout the day, improving solar charging efficiency and extending operating time.
Technical Specifications
| Name | Remote-controlled solar-powered mobile lighting tower | Power type | Lead-acid / colloidal batteries, lithium iron phosphate |
| Item No | LY6830 | Power voltage | DC12/24/36/48V |
| Size | 2800*1300*2300MM | Starting mode | ELectric start |
| Weight | >500kg | Battery capacity | 4*100Ah(Can customized ) |
| Work time | 8h(According to battery capacity) | Output voltage | AC220V |
| Work height | 7M-10M | Light type | LED |
| Covering radius | 50M | Light quantity | 4 |
| Support type | Hand-operated support leg | Light power | 4*100W |
| Wheel size | 14 inch | Lifting and lowering method | Hand-operated, electric, pneumatic, hydraulic |
| Biggest width | 2.1 M | Lift height | 6M-9M |
| Defensive function | Overvoltage, overload, short circuit, leakage current | Angle adjustment | Horizontal 360° ，Vertical 90° |
| Classification of wind resistance | 8 | Mast material | Carbon steel powder coating |
| special function | |||
| 1. Wheel can 360° rotate inplace
2. Solar panel can rotate angle 4.Can control each light with remote controler |
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Smart Solar Light Tower with Robotic Tracking System – Key Engineering Highlights
| Design Feature | Technical Execution | Field Benefit |
|---|---|---|
| Robotic Solar Tracking System | Intelligent robotic tracking mechanism automatically adjusts the solar panel angle according to sunlight direction throughout the day, improving solar energy capture efficiency. | Maximizes solar charging performance and supports longer off-grid lighting operation. |
| Integrated Energy Storage | Built-in battery storage system stores solar power during daytime and supplies stable energy for LED lighting during nighttime or low-sunlight conditions. | Provides reliable illumination without continuous generator operation or external grid power. |
| High Efficiency LED Lighting | High-output LED floodlights deliver wide-area illumination with low energy consumption, long service life, and stable brightness for demanding outdoor applications. | Ensures bright, energy-saving, and dependable lighting for construction, mining, emergency, and remote worksites. |
| Autonomous Mobile Light Tower Design | Mobile tower structure integrates solar panels, LED lighting, battery storage, mast system, and intelligent control into one deployable lighting unit. | Simplifies transportation, rapid onsite setup, and flexible deployment in off-grid working environments. |
Autonomous mobile lighting towers with robotic solar tracking, integrated energy storage, and high-efficiency LED illumination for construction, mining, emergency response, and off-grid projects.
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Flexible MOQ • Global Freight Options • OEM/ODM Customization Available
OEM/ODM Services for Wholesale Buyers
Customized Robotic Solar Lighting Tower Solutions
We provide flexible OEM and ODM services for global distributors, contractors, rental companies, and industrial customers. Customers can customize solar panel capacity, battery storage configuration, LED lighting power, mast height, robotic tracking function, control system, and mobility structure to meet different project requirements.
How to Select Your Smart Solar Light Tower
Three key factors help you choose the right autonomous solar lighting solution.
Solar Tracking System Selection
Choose a robotic tracking configuration according to the project location, sunlight conditions, and daily charging requirements. Automatic sun tracking helps improve solar panel exposure and supports longer lighting operation.
Battery Storage Capacity
Select suitable battery capacity based on required lighting duration, LED power consumption, and backup time. Larger energy storage systems are recommended for remote sites, emergency use, and long overnight operation.
Lighting Coverage Requirements
Choose LED power, mast height, and beam angle according to the required illumination area. Higher mast positions and high-output LED fixtures provide wider and more uniform lighting coverage for large outdoor worksites.
Frequently Asked Questions
Q: How does a light tower work?
A: A light tower uses high-power lamps mounted on an adjustable mast to illuminate large outdoor areas. Power is supplied by a generator, battery, solar system, or external power source.
Q: Do light towers have generators?
A: Some light towers have built-in diesel or gasoline generators, while others use batteries, solar panels, or external power. The power system depends on the model.
Q: What is a solar light tower?
A: A solar light tower is a mobile lighting system powered by solar panels and battery storage. It charges during the day and provides LED lighting at night without relying on fuel or grid power.
Q: How to use a light tower?
A: Move the light tower to the required location, stabilize the unit, raise the mast, adjust the lamp direction, connect or activate the power source, and turn on the lights.
Q: How do I activate the light tower?
A: Check the power supply, control panel, and safety locks first. Then start the generator or battery system, raise the mast if needed, and switch on the lights using the control panel.
Q: How many hours does a light tower last?
A: Runtime depends on the power source, fuel tank or battery capacity, and lamp power. Many light towers can run from 8 to 24 hours continuously, while solar models vary by sunlight and battery size.
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