Solar light towers are the ideal solution for reliable, off-grid illumination in remote or temporary locations. Designed for portability and energy efficiency, these towers harness solar power to provide bright, continuous lighting for construction sites, mining operations, outdoor events, and emergency response zones, without the need for fuel or grid access.
| Model | Solar Panels | Light Output | Fixtures | Mast Height | Rotation | Rated Runtime |
|---|---|---|---|---|---|---|
| 2MSLT-2120 | 2 × 410W | 20,400 lm | 2 × 60W LED | 21 ft telescopic | 350° | Up to 40 hours |
| 2MSLT-3240 | 3 × 410W | 40,800 lm | 4 × 60W LED | 24.6 ft telescopic | 350° | Up to 48 hours |
| 2MSLT-400 | 3 × 400W | 64,000 lm | 4 × 100W LED | 24.6 ft | 360° | Quoted per battery configuration (8 × 150 Ah standard) |
Masts are manual telescopic as standard on all three trailers; a powered electric mast is available as an upgrade. The 2MSLT-300 Solar CCTV Light Tower is the surveillance-integrated variant rather than a towable trailer — DC12V, dusk/dawn timer and windproof to 117 km/h (73 mph) — for sites that need lighting and cameras from one solar power budget. Request a system design to have a model matched to your site.
Solar light towers are configured per order, so there is no list price — but the cost drivers are consistent, and knowing them tells you where your budget actually goes before you request a quote.
Two practical notes: Spare battery sets are usually worth quoting with the tower rather than later, because chemistry and capacity must match the installed charge controller. And a solar tower carries no fuel, no refuelling trips and no generator servicing, so the comparison against a diesel light tower is a total-cost question over the deployment length rather than a purchase-price one — tell us the runtime hours and we will work it through with you.
Request a system design with your site conditions, required coverage and runtime, and the configuration decides the price rather than the other way round.
When crews must raise and lower the mast daily and move the tower as the work site shifts, the powered electric mast upgrade earns its cost rather than being a convenience. Rated runtimes of 40–48 hours are lighting hours rather than elapsed time — a weekend is roughly 36 hours of darkness across three nights, with two days of recharge in between — so a tower can usually be left standing unattended through one, provided it starts from a charged bank and the weather cooperates. Actual performance depends on the charge level it begins with, how many fixtures run and at what output, and the solar conditions that week. Separately, 350–360° rotation lets fixtures be re-aimed from the ground as the site changes.
Road, bridge and utility work happens along an alignment where there is no grid connection at the point of work, and the tower moves with the job. Rotation matters more than raw output here, because the work face keeps changing direction while the trailer stays where it can be parked safely. Solar also runs silently, which is the deciding factor on night work next to housing where a diesel tower draws complaints.
Autonomy is the binding constraint on sites where refuelling runs are long and access is restricted. That points at the largest battery bank in the range — the 2MSLT-3240 carries 1,200 Ah against a 240 W load for up to 48 hours. Dust and wind exposure are the other variables: trailer-mounted towers are rated by configuration, so ask an engineer for the deployed and stowed wind ratings for your site before fixing a layout.
Deployments are unplanned and fuel logistics are usually the first thing to break down, which is exactly when a tower that needs no refuelling is worth more than one with higher output. For incident scenes that need monitoring as well as light, the 2MSLT-300 Solar CCTV Light Tower combines both on one solar power budget.
Short deployments in public areas, where exhaust and generator noise are the problem rather than the lighting itself. Pick output by the area to be covered rather than by model — 20,400 lumens suits a car park or compound, 40,800 or 64,000 an open ground — and remember that mast height sets the coverage radius as much as lumen count does.
Request a system design and an engineer will work through coverage, autonomy and integration for your site.
Ten questions buyers ask most often when specifying a solar light tower:
Yes. Every tower in this category ships with a manual telescopic mast as standard — 21 ft on the 2MSLT-2120 and 24.6 ft on the 2MSLT-3240 and 2MSLT-400, with 350°–360° rotation. A powered electric mast is available as a factory upgrade at additional cost. Tell us the mast height and how often crews will raise and lower it, and we will quote the powered option with the system.
Yes, as a factory upgrade at additional cost. The standard 2MSLT-400 configuration uses eight 150 Ah batteries. Lithium changes the weight, the charge profile and the usable depth of discharge, so we size the bank around the overnight runtime you need rather than swapping cell for cell. Ask for the lithium option on your quote and we will specify the matching charge controller.
Yes. Spare battery sets can be quoted alongside the tower or supplied later as replacements. Battery chemistry and capacity differ by model and change again with a lithium upgrade, so give us the unit’s SKU or serial — for example 2MSLT-3240 — and we will match the replacement to the installed charge controller.
Yes. Lighting and surveillance draw on the same solar power budget, so cameras are specified with the tower rather than added afterwards. The 2MSLT-300 Solar CCTV Light Tower is built for exactly this combination, and for camera-led deployments see our solar surveillance trailers. Panels and batteries are sized to carry the recorder and transmission load through the night.
Up to 40 hours on the 2MSLT-2120 and up to 48 hours on the 2MSLT-3240 with the lights on. Actual runtime depends on how many fixtures you run, at what output, and how much sun the site collected that day. For continuous operation through short winter days we size the battery bank to the autonomy you require instead of the catalogue figure.
Lumen output runs from 20,400 on the 2MSLT-2120 (two 60 W LED fixtures) to 40,800 on the 2MSLT-3240 (four 60 W fixtures) and 64,000 on the 2MSLT-400 (four 100 W fixtures). Coverage depends on mast height and fixture aim as much as on raw lumen count, so tell us the area and the task and we will model the layout for the site.
Masts reach 21 ft on the 2MSLT-2120 and 24.6 ft on both the 2MSLT-3240 and the 2MSLT-400. All three are manual telescopic units as standard, with a powered mast available as an upgrade. Rotation is 350° on the telescopic trailer masts and 360° on the 2MSLT-400, so crews can re-aim the fixtures without repositioning the trailer — which matters, because mast height is what sets your effective coverage radius.
The 2MSLT-300 Solar CCTV Light Tower is rated windproof to 117 km/h (73 mph). Trailer-mounted towers are rated by configuration, because panel area, mast extension and stabiliser setup all change the load. Ask an engineer for the stowed and deployed ratings for the specific model and the site you have in mind before you commit to a layout.
Autonomy is a battery-bank question before it is a panel question. Published runtimes assume a charged bank, so for sites with long overcast spells or short winter daylight we increase battery capacity and panel area to hold the number of nights you need without sun. Tell us the location and the worst-case season and we will size the system for it.
2M Technology engineers and builds these systems and configures them per order — mast type, battery chemistry, lumen output, camera integration and trailer or skid mounting are all specified to the application. That is why pricing is quoted rather than listed: the configuration is decided by your site, not by a catalogue.
Texas Security License B15309
Texas Security License B15309
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