The current upgraded high-capacity platform delivers 1200 kWh and four 160 kW outputs for multi-vehicle charging at depots, ports, mines and remote energy sites.
1200 kWh of integrated energy storage with 640 kW total; 160 kW × 4 DC output.
Model-Specific Compliance
CE, UN38.3, MSDS documentation is available for qualified projects.
Configured for the Destination Market
CCS1, CCS2, CHAdeMO, GB/T or NACS; final connector and cable configuration is agreed before production.
Overview
1200 kWh / 640 kW Four-Gun Mobile Charging System
The current upgraded high-capacity platform delivers 1200 kWh and four 160 kW outputs for multi-vehicle charging at depots, ports, mines and remote energy sites. The system uses lithium iron phosphate battery storage and is configured around the vehicle, charging window, recharge source and destination-market requirements.
Available Configurations
Current upgraded version — 1200 kWh / 640 kW totalFour outputs — 160 kW × 4
Large fleet depotsPorts and airportsRemote industrial sitesOEM/ODM availableMOQ: 1 unitTwo-year warranty
LC1200-6401200 kWh640 kW total; 160 kW × 4Configured for the target vehicle platformLarge fleet depots, Ports and airports, Remote industrial sites
PRODUCT FEATURES
Key Features of the 1200kWh / 640kW Four-Gun Charging System
1200kWh LFP Battery Storage
The upgraded high-capacity platform supports long operating windows and repeated charging demand.
640kW Total DC Output
Delivers a combined 640kW of DC charging power across the configured outputs.
Four 160kW Charging Outputs
Supports charging up to four compatible vehicles with 160kW allocated to each output.
Flexible Connector Options
Available with CCS1, CCS2, NACS, GB/T or CHAdeMO based on project requirements.
Project-Engineered Integration
Recharge input, communications and site interface are finalized for the approved configuration.
Large Fleet and Industrial Applications
Built for large depots, ports, airports, mines and remote energy sites.
Specifications
Technical Specifications
1200 kWh lithium iron phosphate (LiFePO4)
640 kW total; 160 kW × 4
Configured for the target vehicle platform
Four connectors; CCS1, CCS2, CHAdeMO, GB/T or NACS
At least 5,000 cycles at 80% DOD
Final specification by project
OCPP 1.6J hardware-ready; platform, billing, location and remote services require integration with a compatible local operator
Final specification by project
Final specification by project
Final specification by project
CE, UN38.3, MSDS
MOQ 1 unit; standard lead time 45 days; two-year whole-unit warranty
Applications
Built for Every Scenario
Large fleet depotsPorts and airportsRemote industrial sites
Manufacturing & Quality
Built Through a Controlled Manufacturing Network
LiCharger combines its project team with owned and partner manufacturing resources. Configuration, inspection and acceptance requirements are agreed for every order.
Manufacturing Since 2017
Production experience from the shared manufacturing base supports configurable mobile charging systems.
Factory Acceptance Testing
Electrical, charging, communication and safety functions are checked before shipment.
Export Documentation
CE, UN38.3 and MSDS documentation is available across the range; UL applies only to the 209 kWh model.
Deployment Reference
New Jersey Winter Mobile Charging Project
A mobile charging system was supplied for a customer project in New Jersey, USA. Customer identity and performance data remain confidential while the full case brief is being prepared.
Location: New Jersey, USA
Application: mobile EV charging
Detailed configuration available during project consultation
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Downloads
Resource Center
Technical files are shared after a business email is submitted so our team can send the correct model and market version.