VendorPro MOBILE20

High-Capacity Mobile Lithium Power for Modern Food & Retail Operations

The VendorPro MOBILE20 is a premium lithium power solution engineered for mobile food vendors, coffee trailers, ice cream vans and commercial operators requiring reliable, silent off-grid power throughout the trading day.

Designed around a high-performance Freedom Won Marine LiTE lithium battery system and advanced Sunsynk hybrid inverter technology, the MOBILE20 delivers clean, stable energy for refrigeration, soft-serve machines, coffee systems, lighting, POS systems and commercial appliances without the constant noise and fuel consumption of traditional generators.

The integrated DC-DC charging system automatically charges while driving, helping maximise runtime between charging cycles and reducing operational downtime.

Ideal Applications

• Ice cream vans
• Coffee trailers
• Food trucks
• Mobile catering
• Festival vendors
• Retail trailers
• Event operations

Key Features

• 20kWh Freedom Won Marine LiTE lithium storage
• Sunsynk 8/10kW hybrid inverter compatibility
• Silent lithium-first operation
• Integrated DC-DC vehicle charging
• Solar charging compatibility
• Clean commercial-grade AC output
• Integrated fire suppression protection
• Compact commercial enclosure design
• Reduced fuel and maintenance costs
• Extended runtime for full-day trading

Performance Specifications

• Battery Capacity: 20kWh
• Inverter Compatibility: Sunsynk 8/10kW Hybrid
• Battery Cycles: 6,000 cycles
• AC Output: 230–240V
• Charging Sources: Vehicle alternator, AC wall outlet, solar panels, external generator
• Vehicle Charging: Integrated DC-DC charging
• Weight: Approx. 305kg

Included Components

• Freedom Won Marine LiTE lithium battery system
• Sunsynk hybrid inverter system
• Integrated DC-DC charging system
• Integrated fire suppression system
• Commercial enclosure with AC interfaces

The VendorPro MOBILE20 is designed for operators wanting premium lithium performance, quiet operation and dependable commercial power without relying on noisy standalone generators.