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Provide reliable temporary illumination for construction sites, road works, mining areas, emergency operations, ports, warehouses, and remote outdoor locations with the MO-8400 Solar Mobile Lighting Tower.
This customizable trailer-mounted lighting system combines monocrystalline solar panels, an MPPT charging controller, rechargeable battery storage, high-efficiency LED lighting, and an adjustable telescopic mast. Depending on the selected configuration, the system may be supplied with lead-acid, gel, or lithium-ion batteries and load-power options of approximately 3kW or 10kW.
The exact solar-array capacity, battery voltage and storage, LED lamp power, mast height, runtime, trailer dimensions, and total machine weight must be confirmed before publication.
Key Features
- Solar-powered mobile lighting tower
- Monocrystalline solar panels
- MPPT charge controller
- 3kW or 10kW load-power options
- Lead-acid, gel, or lithium-ion battery options
- 220V AC output
- 50Hz output frequency
- Trailer-mounted mobile design
- Telescopic lighting mast
- Manual or hydraulic mast options
- Adjustable LED lamp heads
- Stable outdoor support legs
- Customizable size and configuration
- Pre-sales project-design support
- Installation support, subject to service location
Product Specifications
- Brand: YG, subject to confirmation
- Model: MO-8400
- Product Type: Solar Mobile Lighting Tower
- Application: Industrial and Outdoor Temporary Lighting
- Mounting Type: Ground-Mounted Trailer System
- Solar Panel Type: Monocrystalline Silicon
- Solar Panel Capacity: Confirm Before Publishing
- Solar Panel Quantity: Confirm Before Publishing
- Controller Type: MPPT
- Battery Options: Lead-Acid, Gel, or Lithium-Ion
- Battery Voltage: Confirm Before Publishing
- Battery Capacity: Confirm in Ah and kWh
- Usable Battery Energy: Confirm Before Publishing
- Listed Load-Power Options: Approximately 3kW or 10kW
- Inverter Rated Power: Confirm Before Publishing
- Inverter Peak Power: Confirm Before Publishing
- Output Voltage: 220V
- Output Frequency: 50Hz
- Listed Work Time: Up to 24 Hours, subject to configuration
- LED Lamp Quantity: Confirm Before Publishing
- Individual Lamp Power: Confirm Before Publishing
- Total Lighting Power: Confirm Before Publishing
- Luminous Flux: Confirm in Lumens
- Lamp Colour Temperature: Confirm Before Publishing
- Mast Type: Manual or Hydraulic Telescopic Mast
- Maximum Mast Height: Confirm Before Publishing
- Mast Rotation: Confirm Before Publishing
- Lamp-Head Adjustment: Supported
- Trailer Type: Confirm Before Publishing
- Tyre and Axle Specification: Confirm Before Publishing
- Stabilizing Outriggers: Included, subject to configuration
- Charging Time: Confirm Before Publishing
- Backup Charging Input: Confirm Before Publishing
- Generator Backup: Optional, subject to separate hybrid model
- Operating Temperature: Confirm Before Publishing
- Weather-Protection Rating: Confirm Before Publishing
- Overall Dimensions: Confirm Before Publishing
- Machine Weight: Confirm Before Publishing
- Colour: Customizable
- Installation Service: Available, subject to location and project terms
- Customization: Supported
- Warranty: Confirm Before Publishing
- Country of Origin: Henan, China
Solar Power System
The MO-8400 uses monocrystalline solar panels to convert sunlight into electrical energy for battery charging and lighting operation.
Before publishing, confirm:
- Solar-panel rated wattage
- Total array capacity
- Panel efficiency
- Number of panels
- Panel dimensions
- Tilt-adjustment range
- Folding or fixed design
- Wind resistance
- Cable and connector type
- Solar-panel warranty
Actual charging performance depends on sunlight intensity, panel orientation, weather, shading, temperature, and system losses.
MPPT Charge Controller
The MPPT controller is designed to optimize energy collection from the solar array and manage battery charging.
Potential functions may include:
- Maximum power-point tracking
- Battery overcharge protection
- Low-voltage protection
- Reverse-polarity protection
- Temperature compensation
- Charging-status display
- Load control
- Fault monitoring
The controller brand, voltage range, current rating, and efficiency should be confirmed.
Battery Options
The lighting tower may be configured with different battery technologies.
Lead-Acid Battery
Lead-acid batteries may provide a lower initial cost but can require longer charging times and more routine maintenance.
Gel Battery
Gel or colloid batteries use a sealed electrolyte design and may reduce maintenance requirements compared with conventional flooded batteries.
Lithium-Ion Battery
Lithium-ion batteries may provide:
- Lower battery weight
- Greater usable capacity
- Faster charging
- Longer cycle life
- Reduced routine maintenance
Each battery option should have its own specification, weight, runtime, charger, warranty, and price.
Battery Information Required
Before publication, confirm:
- Nominal voltage
- Rated capacity in Ah
- Total stored energy in kWh
- Usable depth of discharge
- Battery chemistry
- Number of battery modules
- Cycle-life rating
- Charging temperature
- Discharging temperature
- Battery-management system
- Battery warranty
3kW and 10kW Configurations
The supplier lists load-power options of approximately 3kW and 10kW.
These should be treated as separate configurations because they may require different:
- Solar-array capacity
- Battery storage
- Inverter power
- Trailer size
- Cooling system
- Cable size
- Charging time
- Machine weight
- Price
The total LED lighting load should also be distinguished from the inverter’s available AC output.
LED Lighting System
The mobile tower can be equipped with adjustable high-efficiency LED lamp heads.
Before publishing, confirm:
- Number of lamps
- Wattage per lamp
- Total lighting wattage
- Luminous output
- Beam angle
- Colour temperature
- Colour-rendering index
- Lamp lifespan
- Individual lamp switching
- Dimming support
- Weather-protection rating
Avoid describing the lighting range as wide or high brightness without verified lumen and coverage data.
Telescopic Mast
The tower may be supplied with a manually or hydraulically operated telescopic mast.
Before publication, confirm:
- Maximum raised height
- Minimum transport height
- Number of mast sections
- Lifting method
- Rotation angle
- Locking mechanism
- Wind-speed limit
- Lowering procedure
- Emergency manual lowering
- Mast material
Adjustable Lamp Heads
Each lamp head may be positioned to direct illumination across selected work areas.
Confirm:
- Horizontal adjustment range
- Vertical tilt range
- Independent adjustment
- Locking method
- Cable routing
- Maximum lamp-head weight
- Whether lamps can operate during mast movement
Operating Time
The listing states up to 24 hours of working time.
This figure should be published only for a verified configuration and clearly state:
- Battery capacity
- LED load
- Solar contribution
- Starting charge level
- Weather conditions
- Whether all lamps operate at full power
- Whether AC output is simultaneously used
Runtime may be shorter during cloudy weather, high lighting load, low temperatures, or simultaneous equipment use.
220V AC Output
The system is listed with a 220V, 50Hz output.
Before publication, confirm:
- Pure sine-wave or modified sine-wave inverter
- Continuous rated output
- Peak output
- Socket type
- Number of outlets
- Residual-current protection
- Overload protection
- Grounding system
- Voltage regulation
- Total harmonic distortion
Hybrid and Generator Options
The description also references diesel-generator light towers.
A diesel or hybrid version should be listed separately with its own:
- Engine brand and model
- Generator rating
- Fuel-tank capacity
- Fuel consumption
- Noise level
- Emissions standard
- Runtime
- Maintenance schedule
- Machine weight
Do not combine diesel and solar technical specifications in one purchasable configuration.
Trailer and Mobility
The trailer-mounted design supports transportation between work locations.
Before publishing, confirm:
- Trailer dimensions
- Tow-hitch type
- Maximum towing speed
- Axle capacity
- Tyre size
- Parking brake
- Road-lighting system
- Safety chains
- Local road-registration status
- Forklift pockets
- Lifting points
Road legality may vary by country and should not be assumed.
Stabilizing Outriggers
Support legs or outriggers are intended to stabilize the lighting tower during operation.
The final specification should include:
- Number of outriggers
- Extension range
- Levelling method
- Footpad dimensions
- Maximum permitted ground slope
- Required deployment procedure
- Wind limitations
The mast should not be raised until all supports are correctly deployed.
Suitable Applications
The MO-8400 may be suitable for:
- Construction-site lighting
- Road construction and maintenance
- Mining and quarry operations
- Emergency response
- Disaster-relief operations
- Outdoor events
- Night-time maintenance
- Ports and warehouses
- Oilfield support
- Remote industrial sites
- Temporary security lighting
- Utility and infrastructure projects
Application suitability depends on lighting power, weather protection, mast height, trailer configuration, and local safety requirements.
Customization Options
Available customization may include:
- Solar-panel capacity
- Battery chemistry
- Battery storage
- Inverter rating
- LED lamp quantity
- Lamp wattage
- Mast height
- Hydraulic or manual mast
- Trailer size
- Tyres and axle
- Outrigger design
- Remote monitoring
- Body colour
- Company logo
- Generator backup
- AC outlet configuration
- Control system
Every customized unit should receive a final approved specification sheet and accurate price.
Installation and Commissioning
Installation support is listed as available, but service coverage should be confirmed.
Commissioning may include:
- Solar-panel deployment
- Battery inspection
- Controller configuration
- Inverter testing
- Lamp testing
- Mast operation
- Outrigger setup
- Grounding checks
- Emergency-lowering test
- Operator training
Free installation should only be advertised where labour, travel, unloading, and site-preparation responsibilities are clearly defined.
Shipping and Handling
The lighting tower may require sea freight by LCL or FCL, depending on its dimensions and configuration.
Before publishing, confirm:
- Packed dimensions
- Shipping weight
- Mast transport position
- Battery shipping classification
- Dangerous-goods documentation
- Export packaging
- Port of dispatch
- Unloading requirements
- Assembly requirements
Warranty and Support
Before publication, confirm warranty coverage for:
- Solar panels
- Battery
- MPPT controller
- Inverter
- LED lamps
- Mast
- Hydraulic system
- Trailer chassis
- Labour
- Spare parts
- On-site service
- Warranty exclusions
Lifetime technical support should not be confused with free lifetime parts or labour.
Important Safety Information
Only trained personnel should deploy, operate, move, or service the lighting tower.
Fully deploy and level the stabilizing supports before raising the mast. Do not use the tower above the verified wind-speed limit.
Keep the system away from overhead power lines and maintain the manufacturer’s required electrical-clearance distances.
Inspect the mast, outriggers, trailer, electrical cables, solar panels, battery, controller, inverter, lamps, and grounding system before each use.