S975 Solar Electric Mast Mobile Light Tower
Off-grid lighting for roadworks, construction, mining and remote sites. The S975 combines high-efficiency LED floodlights, solar charging and a towable single-axle platform for dependable temporary illumination.
Start with your quantity, destination and lighting hours. We will help confirm the remaining configuration details.
Choosing the S975 Solar Light Tower for Your Australian Project
The S975 combines a 7.5 m mast, four 100 W LED lamps, three 400 W solar panels and one 25.6 V 200 Ah LiFePO4 battery pack. The battery bank has 5.12 kWh of combined nominal energy; the usable reserve and nightly runtime depend on the agreed operating conditions.
For an Australian project quotation, provide your location, operating months, lighting hours and any dimming schedule. Specify the required low-sun reserve and work-area dimensions. Confirm the mast lifting version, deployment space and transport requirements with the proposed configuration.
Compare solar lighting towers and Australian project requirements
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Long-duration lighting without grid power
A practical solar tower engineered for low-noise operation, wide coverage and quick relocation between work areas.
Independent solar power
Solar charging supports off-grid deployment where utility power is unavailable or inconvenient.
Battery reserve for night lighting
One LiFePO4 battery pack provides 5.12 kWh of nominal energy. Match usable reserve to your nightly lighting load, dimming schedule and seasonal solar charging.
Wide LED coverage
Four 100 W LED modules provide a total rated lighting load of 400 W. Request the lighting layout for your work area and target illuminance.
7.5 m lifting mast
A 7.5 m electric lifting mast elevates the lighting head. Confirm the supplied configuration and operating procedure in the quotation.
Four-point stability
Deploy the supplied stabilizers and confirm the operating wind limit for the quoted configuration.
Easy site relocation
Single-axle trailer layout, road-size tyres, mudguards and wheel chocks simplify positioning.
S975 specifications
Core performance and configuration data for project evaluation.
| Maximum mast height | 7.5 m |
|---|---|
| Mast lifting mechanism | Electric lift; confirm the final supplied configuration |
| Lighting system | 4 × 100 W LED modules |
| Lighting coverage | Confirm the lighting layout and photometric data for the selected lamps |
| Solar panels | 3 × 400 W |
| Solar panel tilt | 30–45° |
| Battery bank | 1 × LiFePO4 pack; 25.6 V, 200 Ah; 5.12 kWh nominal |
| Planning usable energy | Approx. 4.5 kWh conservative allowance; 90% of nominal energy is 4.608 kWh, before system losses |
| Nightly runtime | Specify lighting hours and dimming schedule for configuration review |
| Charging assessment | Site location, operating season, shading and daily lighting demand |
| Trailer type | Single axle |
| Tyre size | 185/70 R14 |
| Stabilizers | 4 manual supports |
| Operating wind limit | Confirm for the supplied configuration |
| Operating temperature | 0–50°C |
| Included trailer equipment | Mudguards and wheel chocks |
Specifications are based on the supplied product data. Runtime and charging performance vary with solar conditions, lighting load, battery condition and site environment. Confirm the final configuration with LUMTA before ordering.
From sunlight to worksite illumination
The S975 is designed around a clear operating sequence for remote temporary lighting.
Position
Park the single-axle trailer and deploy all four stabilizers.
Deploy panels
Set the solar array between 30° and 45° to suit site conditions.
Raise mast
Lift the lighting head to the required working height, up to 7.5 m.
Illuminate
Direct the four LED modules to achieve the desired coverage.
Built for remote and temporary work zones
Frequently asked questions about S975 Solar
How should I confirm the S975 mast configuration?
The current S975 configuration has a 7.5 m electric lifting mast. Confirm the operating procedure and final supplied configuration in your quotation.
How does cloudy weather affect a solar mobile light tower?
Reduced solar charging can lower available reserve. Battery capacity, expected weather, season, nightly load and any backup strategy must be considered for the destination.
What information is needed for an S975 quotation?
Start with quantity, destination, application and hours per night. Add work-area dimensions, season of use, shading, required low-sun reserve and delivery date if known. The remaining technical details can be reviewed during configuration.
S975 Product Datasheet
Keep a one-page summary for your project team: 7.5 m electric mast, four 100 W LED lamps, three 400 W solar panels and one 25.6 V 200 Ah LiFePO4 battery pack.
English PDF · 1 page · Updated 24 September 2026
Download S975 Datasheet — English PDF
The 5.12 kWh figure is nominal battery energy. The approximately 4.5 kWh planning allowance is conservative and precedes system losses; neither figure establishes site runtime.
Plan your S975 lighting setup
Tell us about the site, required coverage and operating schedule. Review security-site lighting requirements and our power-system selection guide before confirming the configuration.