A New Category of Mobile Energy Infrastructure

The iMContainer Mobile Energy Storage Charging System is a pioneering truck-mounted 2MWh mobile charging solution, widely applied in fleet charging, site power support, and off-grid energy applications.

When integrated with an electric truck platform, the system further extends the flexibility of mobile fleet charging and temporary deployment, allowing charging capacity to be rapidly deployed according to actual operational demand.

Unlike conventional fixed charging infrastructure, iMContainer turns charging capacity into a mobile and configurable energy asset. Instead of being tied to a permanent location, it can be deployed where and when energy and charging capacity are needed, supporting a wider range of dynamic operational environments.

iMContainer System Overview

iMContainer system is a mobile energy storage and fast-charging platform installed on electric trucks, designed to function as a fully operational mobile charging station. It integrates:

• iMContainer 2MWh energy storage system
• High-power DC fast charging system
• Intelligent BMS (Battery Management System) and EMS (Energy Management System)
• Electric truck mobility platform

iMContainer - Truck-mounted Deployment

Together, they form a mobile EV charging and distributed energy infrastructure system capable of supporting fleet depots, temporary charging hubs, and off-grid environments.

Technical Configuration
iMContainer is engineered for high-demand commercial and fleet charging scenarios.

• Energy Storage Capacity: 2MWh
• Maximum Power Output: 1.6MW
• Charging Configuration: 6 × 200kW (Max. 400kW per single gun)
• Charging Compatibility: CCS1 / CCS2 supported, MCS-ready architecture
• Energy Management: Intelligent BMS and EMS enabling load balancing and peak shaving
• Thermal Management: Liquid cooling system
• Protection Rating: IP54/IP65
• Deployment Mode: Fully mobile, no fixed installation required
• Battery Technology: Automotive-grade LFP battery system
• Operation Mode: Grid-connected or off-grid supported
  

iMContainer - Application Diagram

How It Works:
The system is designed for rapid field deployment:

1. Electric truck transports the iMContainer system to the target location
2. The unit is positioned and stabilized
3. System is activated via control interface
4. System is configured based on operational conditions (grid-connected or off-grid scenarios)
5. Intelligent BMS and EMS enable optimized power distribution and load balancing across multiple outputs
6. Multiple electric vehicles or equipment units are charged simultaneously

This enables a fast transition from transport mode to fully operational charging infrastructure.

Application Scenarios

Logistics Parks: Commercial fleets operate on fixed schedules, and charging capacity directly affects vehicle turnaround and daily utilisation. When multiple vehicles return to the depot within the same time window, charging infrastructure needs to handle concentrated demand efficiently.

iMContainer provides 6 × 200 kW DC charging, enabling multiple commercial EVs to charge simultaneously from one integrated energy storage and charging system. This provides a centralised solution for fleet depots and operating bases where charging demand is closely tied to vehicle schedules.

Key application value:

• 6 × 200 kW DC charging
• Simultaneous charging for multiple commercial EVs
• Faster fleet vehicle turnaround
• Centralised EV charging for fleet depots

Ports & Industrial Facilities: Ports, mining sites and industrial facilities have more demanding charging requirements, particularly for heavy-duty electric trucks operating on tightly scheduled duty cycles. These vehicles require high charging power while minimising downtime between operations.
 

iMContainer supports up to 1.6 MW MCS charging, providing high-power charging for heavy-duty electric trucks and other industrial EV applications. This enables rapid energy replenishment within limited charging windows and supports the electrification of demanding industrial operations.
 

Key application value:

• Up to 1.6 MW MCS charging
• High-power charging for heavy-duty electric trucks
• Suitable for ports, mining and industrial sites
• Supports short charging windows within demanding duty cycles

Mining & Construction Sites: Mining and construction sites often operate in remote or temporary environments where access to grid-connected charging infrastructure can be limited. Electric trucks, transport vehicles and heavy-duty equipment may also operate across large sites, making fixed charging points less practical for changing operational locations.

iMContainer provides a mobile energy storage and charging solution that can be deployed directly where charging demand occurs. With up to 2 MWh of energy storage capacity, it can support EV charging in off-grid or grid-constrained environments without requiring permanent charging infrastructure at every operating location.

Key application value:

• Up to 2 MWh energy storage capacity
• Mobile charging for mining and construction operations
• Suitable for off-grid and grid-constrained sites
• Deployable according to changing site requirements

Commercial Parking Facilities: Logistics parks serve a continuous flow of commercial vehicles, with charging demand often concentrated around loading, unloading and dispatch periods. Building sufficient charging infrastructure across the entire park can also be challenging when vehicle movements and charging locations vary.
 

iMContainer can operate as a centralised EV charging hub within the logistics park. Its 6 × 200 kW DC chargingconfiguration allows multiple logistics vehicles to charge simultaneously, concentrating charging capacity where vehicle throughput is high.
 

Key application value:

• 6 × 200 kW DC charging
• Multi-vehicle charging for logistics operations
• Centralised charging infrastructure
• Supports high vehicle turnover within logistics parks

Highway Service Areas: Highway service areas have a different charging requirement: vehicles typically stop for a limited period, so charging needs to deliver sufficient energy within a short dwell time. During peak travel periods, multiple EVs may also arrive at the same time.
 

iMContainer provides 6 charging guns, with up to 400 kW from a single gun, supporting rapid energy replenishment during short stops. This enables highway service areas to provide high-power EV charging while improving charging availability during periods of concentrated demand.
 

Key application value:

• 6 charging guns
• Up to 400 kW from a single gun
• Rapid energy replenishment during short stops
• Supports multiple EVs during peak charging periods

Large-Scale Events & Backup Power: Ports, mining sites and industrial facilities have more demanding charging requirements, particularly for heavy-duty electric trucks operating on tightly scheduled duty cycles. These vehicles require high charging power while minimising downtime between operations.

iMContainer supports up to 1.6 MW MCS charging, providing high-power charging for heavy-duty electric trucks and other industrial EV applications. This enables rapid energy replenishment within limited charging windows and supports the electrification of demanding industrial operations.
 

Key application value:

• Up to 1.6 MW MCS charging
• High-power charging for heavy-duty electric trucks
• Suitable for ports, mining and industrial sites
• Supports short charging windows within demanding duty cycles

Redefining Mobile Energy Infrastructure

iMContainer represents a shift from fixed charging infrastructure to a mobile, scalable, and configurable energy solution. By combining energy storage with high-power charging capabilities, it allows energy and charging capacity to be deployed according to specific operational requirements.
 

From commercial fleet charging and logistics parks to ports, industrial facilities, highway service areas, and temporary power applications, iMContainer provides a flexible approach to energy deployment across diverse operating environments.

LiFe-Younger develops mobile energy storage and charging solutions that help fleet operators, logistics providers, infrastructure partners, and other commercial users deploy energy and charging capacity where and when it is needed.

For more information on our products and collaboration opportunities, feel free to contact us  at marketing@liyuanbattery.com.cn You can also follow our official social media accounts for more real-time updates:

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