Solar-powered mobile lifting lighting tower (trailer version)
1.Solar power supply, with the addition of the tracking system to maximize the utilization of the illumination angle.
2.High-brightness waterproof LED lights, unafraid of storms, with multiple power options available.
3.Hydraulic, electric, and pneumatic, three mast lifting methods are available for selection.
4.Compared to international brands, our prices are lower while the quality remains unchanged.
5.Various DIY designs are possible.
Premium Solar-Powered Mobile Lifting Light Tower (Trailer Version)
Low-cost, strong, temporary lighting that’s very simple to set up, tow behind your vehicle/ trailer and work virtually anywhere anytime! Towable solar lighting towers use high capacity, low-maintenance monocrystalline solar panels charging advanced long-life deep cycle batteries to provide many thousands of hours of bright light for free, very quietly and with no emissions or fuel costs on diesel-powered generators; this means you have plenty of energy and a total of 99% reliable (when using good batteries) with minimal noise pollution (compared to generators) when using solar lighting towers.
The portable solar light trailer provides you incredible coverage with 0 emissions from the poles and therefore reduces operational costs through reduction of your carbon footprint. The trailer has a rugged custom mast capable of being raised to 30 feet when necessary, and contains high-lumen LED floodlights rated at IP65 (water-resistant).
Key Features of Our Mobile Solar Lighting Trailer
| Core System | Highlight Features & Engineering Solutions | Industrial Advantages |
|---|---|---|
| High-Efficiency Solar Array | Utilizes premium monocrystalline solar panels paired with a smart MPPT controller to dynamically maximize sunlight conversion throughout the day. | 100% Zero-Emission; completely eliminates fuel costs and harmful exhaust. |
| Deep Cycle Battery Bank | Supports a wide array of battery storage options, including maintenance-free Gel or high-capacity Lithium Iron Phosphate (LiFePO4). | Provides extended autonomous run time for uninterrupted night shifts. |
| Telescopic Mast System | Available with manual winch, pneumatic, or hydraulic lifting mechanisms, allowing smooth and secure elevation up to 10 meters. | Adapts effortlessly to diverse eco-friendly site lighting requirements. |
| Heavy-Duty Trailer Chassis | Equipped with robust stabilizer outriggers, dual axles (optional), and standard towing hitches for rugged off-road transit. | Ensures safe highway towing and unmatched stability in harsh weather. |
Technical Specifications
| Solar-powered mobile lifting lighting tower (trailer version) | ||||
| No | System | Item Name | Specification | |
| 1 | Lamp | LED LIGHT | ()50W ()100W ()150W ()200W ()300W ()400W ()500W ()1000W | |
| 2 | Input voltage | AC220V | ||
| 3 | Lamp IP grade | IP65 | ||
| 4 | Lamp quantity | ()2 ()4 ()6 ()8 | ||
| 5 | Jacking system | Mast | () Manual () Hand-operated () Electric () Pneumatic () Hydraulic | |
| 6 | Height of mast | ()3m ()4.5m ()6m ()7m ()9m ()10m | ||
| 7 | Material of mast | () Carbon steel () 304 stainless steel | ||
| 8 | Color | () Black () White () Metallic original color | ||
| 9 | Power | ()Storage battery | Battery | () Gel battery () Lithium iron phosphate battery () Lead-acid battery () AGM battery |
| 10 | Electric quantity | ()5kWH ()10kWH ()15kWH ()20kWH | ||
| 11 | Input voltage | ()AC220V ()DC24V ()DC48V ()DC72V | ||
| 12 | Output voltage | ()DC12V ()DC24V ()DC36V ()DC48V ()DC72V ()AC220V | ||
| 13 | ()Solar panel | Solar panel | single crystal silicon | |
| 14 | Solar panel power | ()100W ()200W ()300W ()400W ()500W ()600W | ||
| 15 | Solar panel quantity | ()1 ()2 ()3 ()4 ()5 ()6 ()8 | ||
| 16 | Solar panel unfold | () Manual () Electric () Remote Control | ||
| 17 | Focusing Light System | ()Yes ()No | ||
| 18 | Control systel | Control panel | () Killer switch () Rotary button switch | |
| 19 | Remote control | ()Yes ()No | ||
| 20 | Remote control way | Remote Controler | ||
| 21 | Rack system | Material | () Carbon steel () ss 304 | |
| 22 | Trailer type | Trailer type | ()Single shaft ()Double shaft | |
| 23 | Wheel size | ()14 Inch ()15 Inch | ||
| 24 | Drag Rod | () Foldable () Integrated | ||
| 25 | Tow hook | ()2-inch spherical hanger () 70mm ring | ||
| 26 | Stabilizer bracket | (4) Manual (4) Hydraulic | ||
| 27 | Speed | 60KM/H | ||
| 28 | Other functions | () Emergency charging (DC 24V) () Emergency charging (AC 220V) () Self-check function () Bluetooth voice broadcasting playback function | ||
| 29 | Outer size | |||
| 30 | Weight | |||
| 31 | Package | （）Loose package （）Normal wooden box （）Non-fumigation wooden box |
||
Fully customizable 3m to 10m lifting heights, deep cycle battery combinations, and certified weather resistance. We provide complete commercial deployment documentation for global wholesale B2B distributors.
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Factory-Direct OEM/ODM Solutions for Industrial Procurement Buyers
Customized Configurations – Built For Your Exact Operational Territory
We have been producing high-quality solar-powered LED portable light towers for five years and have seen tremendous success. Our manufacturing facility specializes in creating custom builds that work best for your specific needs. For example, we can create light towers that utilize MPPT charging systems if located in extremely hot desert locations. If you need a trailer to assist with emergency rescue lighting operations in a disaster relief zone, we can create trailers that fit your specific requirements.
Configuring Your Mobile Solar Lighting Trailer
Review these primary engineering decisions before locking in your heavy equipment order.
Select Your Ideal Telescopic Mast
Manual winches are very sturdy and can save costs when using them for material handling in an operational setting. If the worksite will need to be set up repeatedly or at a height of 9-10M, you may want to look at the use of pneumatic/automated masts (operated by air/mechanical) to allow for faster setup and less physical labour.
Optimize Battery Capacity
Gel batteries, typically at a moderate cost compared to other battery types, should be considered due to their excellent ability to withstand temperature variations while requiring limited maintenance. If you need batteries for an application that seeks fast acceptance charging rates, decreased overall weight, and extended cycle life, then Lithium (LiFePO4) deep-cycle batteries will give you high savings over the life of the battery.
Solar Panel Deployment
For lower-cost, single sliding mechanical panels with simple uses, you can deploy at a lower cost than what is usually necessary to deploy a solar array as you can deploy them expeditiously with Quicker Deployment and Auto-Hydraulic Expansion Capable of Providing Max Surface-Area Exposure of Cooler Operating Mono-Crystalline Solar Cells through an Easy Way of Deploying Than Independently.
Frequently Asked Questions
Q: How long does a solar light tower run on a single charge?
A: When calculating how long your fully charged battery will last you, there are two important items to think about: 1) what type of battery pack you have (AA, AAA, Lithium Ion, etc.), and 2) what is the wattage of the LED lamp(s) you will be using. Under normal usage conditions (15 – 40 hours of continuous usage), you should generally receive enough lighting from 1 fully charged battery pack for 2 or 3 consecutive night shifts without having any access to enough sunlight during the daytime hours to recharge the batter(y)(ies).
Q: What is the maximum mast height of the mobile light tower?
A: Your quest is at an end! We have a variety of options available to suit every demand and requirement; our standard models can be customised up to a design height of 9m and we have several engineers on hand to design and produce custom-engineered hydraulic light masts for any catastrophic event or application; the maximum height for engineered masts exceeds the maximum heights for Standard Models by more than twice the Standard Model. 10m!
Q: What is the cost difference between solar and diesel light towers?
A: There are a couple of differences between diesel-powered light towers and solar-powered light towers in regards to initial purchase cost. While the initial cost of a solar-powered light tower is typically more than a diesel-powered light tower, the operational savings gained from purchasing and using solar-powered light towers can be substantial for three reasons: 1）No fuel costs associated with purchasing, transporting, or delivering fuel to use in your operation, 2）No costs associated with performing oil changes or performing repairs to your diesel engine and 3）No costs associated with moving diesel fuel from one location to another. Therefore, most business-to-business customers see positive ROI within 12 months to 18 months after they purchase and install a solar mobile light tower.
Q: Can it withstand harsh weather on construction sites?
A: Absolutely. The trailer has been designed to accommodate LED flood lights, and due to its all-steel design, it comes equipped with both a powder coat finish that gives it corrosion resistance and stabiliser jacks (for wind stability) built within the trailer so that the vertical mast stays up and has adequate support during high winds.
Q: How much area does a mobile solar light tower illuminate?
A: High-lumen solar masts with the ability to reach 10 meters tall can use different versions of LED lighting; an example would be 200 watt 4 times. This means we can light up an area between 2,000 square meters and 5,000 square meters at one time providing adequate light for larger areas than standard construction sites, mining operations and major roadworks.
Q: Do solar light towers work in winter, rain, or overcast weather?
A: Yes, our lights have been developed to produce an environmentally friendly lighting solution that doesn’t depend upon energy supplied from the typical electrical grid. They are based on advanced solar technologies and use quality, mono-crystalline solar modules and advanced MPPT (Maximum Power Point Tracking) charge controllers to allow for the continuous operation of these systems even in low-light conditions. With high-capacity deep cycle batteries, our off-grid lighting systems give you everything you need in order to perform your tasks quickly and efficiently at all times of the year, due to storing up to 3-5 days worth of backup power enabling you to have reliable illumination during prolonged periods of rain, cloudiness or winter weather.
Q: What is the lifespan of the batteries in a solar lighting trailer?
A: The lifespan of your battery will ultimately depend upon the chemistry of the battery selected. In most cases, the normal lifespan for a non-maintenance Free Gel deep cycle battery is between 3 and 5 years, which will vary depending upon the environmental conditions typical for most applications. However, if you upgrade to one of our premium Lithium Ion (LiFePO4) batteries, you’ll normally have a much longer operational life, (up to 10 years) and many more charge cycles, (thousands), which equates to significant savings in replacement costs over an extended period of time.
Q: How much does a towable solar light tower weigh, and how is it transported?
A: A typical mobile solar lighting system can weigh between 800 kg and 1200 kg depending on the capacity of the battery bank or whether the mast mechanism is manual or hydraulic. Mobile solar trailers are designed to be simple and easy to transport to different locations with a standard pickup truck or a commercial vehicle like a delivery van. In addition to other safety features for the mobile solar lighting systems, all mobile solar lighting system trailers that are intended for roadway towing must have standard tow hitches (2″ ball or 70 mm ring) as well as a maximum towing speed of 60 km/h.
