2090 kWh 1200 kW Mobile BESS with EV Charger

Features

Deploy 2090 kWh of mobile battery storage with 1200 kW DC fast charging, six 200 kW connectors, a 750 kW PCS, liquid cooling, and three-level BMS protection.

Specifications and Parameters

2090 kWh 1200 kW Mobile BESS with EV Charger

Cell Type (BESS) 314Ah	Rated Cell Capacity (BESS) 1004.8Wh	Battery Cluster Configuration (BESS) 5P208S*2	Battery Voltage Range (BESS) 584.2-759.2Vdc
Battery Capacity (BESS) 2090kWh	DC Operating Voltage Range (PCS) 615-950Vdc	DC Maximum Current (PCS) 1212A	AC Rated Voltage (PCS) 230/400V
AC Rated Power (PCS) 750kW	AC Maximum Current (PCS) 1188A	AC Rated Grid Frequency (PCS) 50/60Hz	Rated Output Power (Charger) 1200kW
Charging Guns (Charger) 6 Guns (200 kW/gun)	Output Voltage Range (Charger) 200-1000Vdc	Output Current Range (Charger) 2-250A	Cell Cycle Life ≥6000 times
Operating Temperature Range -30-50°C	Cooling Method Liquid cooling for battery compartment + Air cooling for electrical compartment	Relative Humidity ≤95%RH, no condensation	Operating Altitude ≤3000m (Derate when altitude exceeds 3000m)
Ingress Protection (IP) Rating IP54	Anti-corrosion Grade C4	Enclosure Material Precision Sheet Metal	Fire Protection System Perfluoroacetone
Equipment Weight ≈20.6T	Dimensions (WxDxH) 605824402590 (mm)

2090 kWh / 1200 kW Mobile BESS with EV Fast Charging

Bring high-capacity energy storage and high-power EV charging directly to the point of demand. This trailer-mounted mobile battery energy storage system combines 2090 kWh of battery capacity, 1200 kW of DC fast-charging output, six 200 kW charging connectors, and a 750 kW power conversion system in one transportable platform.

Mobile Energy Storage and EV Charging Where It Is Needed

The RUISU 2090 kWh Mobile BESS helps operators add charging capacity without waiting for a permanent charging station at every location. It can support temporary charging hubs, fleet depots, construction projects, mines, ports, power facilities, and other sites where electrical capacity is limited, delayed, or subject to changing demand.

The integrated architecture combines battery storage, power conversion, charging output, thermal management, fire protection, and system monitoring. The result is a mobile power platform designed for rapid deployment, high-output charging, and demanding industrial environments.

Core System Advantages

1200 kW DC Fast-Charging System

Six charging connectors deliver up to 200 kW each, allowing the system to serve multiple vehicles from one mobile platform. A 200-1000 VDC output range supports a broad range of high-voltage electric vehicles and equipment.

750 kW Power Conversion System

The integrated PCS operates across a 615-950 VDC range and provides 230/400 VAC output at 50/60 Hz. It enables controlled power flow between the battery, the grid, generators, and connected AC loads.

Hybrid Thermal Management

Liquid cooling regulates the battery compartment, while air cooling manages the electrical compartment. The system is designed for operation from -22°F to 122°F (-30°C to 50°C).

Three-Level BMS Protection

Cell-level monitoring, module-level control, and system-level protection work together to track battery conditions and support stable operation across the energy storage system.

Flexible Multi-Source Power and Mobile Charging

The mobile BESS can accept energy from solar PV, the utility grid, or a generator, then store and dispatch that energy according to site requirements. It can deliver DC fast charging to heavy-duty electric vehicles and provide AC power for industrial or construction loads. Cloud EMS connectivity and remote monitoring give operators visibility into system status and energy flow.

Built for Demanding Mobile Power Applications

Mining

Deploy charging and temporary power closer to electric haul trucks and remote operating areas where fixed grid infrastructure may be limited.

Ports

Support electrified terminal vehicles, yard equipment, and temporary high-power demand across changing port operations.

Power Plants

Add transportable energy storage for maintenance work, temporary loads, backup support, and site-level power management.

Construction Sites

Supply mobile charging and AC power as equipment locations and project power requirements change.

Heavy-Duty Truck Fleets

Increase charging availability at depots, staging areas, temporary routes, and sites awaiting permanent grid upgrades.

Technical Specifications

Specification	Value
Battery capacity	2090 kWh
Cell type	314 Ah
Rated cell energy	1004.8 Wh
Battery configuration	5P208S x 2
Battery voltage range	582.4-759.2 VDC
PCS DC operating range	615-950 VDC
PCS DC maximum current	1212 A
AC rated voltage	230/400 VAC
AC rated power	750 kW
AC maximum current	1188 A
Grid frequency	50/60 Hz
Charging output power	1200 kW
Charging connectors	6 x 200 kW
Charging output voltage	200-1000 VDC
Charging output current	2-250 A
Operating temperature	-22°F to 122°F (-30°C to 50°C)
Cooling	Liquid cooling for battery compartment; air cooling for electrical compartment
Relative humidity	Up to 95% RH, non-condensing
Operating altitude	Up to 3000 m; derating above 3000 m
Ingress protection	IP54
Corrosion protection	C4
Cell cycle life	At least 6000 cycles
Fire suppression	Perfluoroacetone system
Approximate weight	20.6 metric tons
Dimensions (W x D x H)	6058 x 2440 x 2590 mm

Frequently Asked Questions

What is a 2090 kWh mobile BESS with an EV charger?

It is a trailer-mounted battery energy storage and charging platform that stores up to 2090 kWh and provides up to 1200 kW of DC fast-charging output for electric vehicles and equipment.

How many vehicles can the system charge?

The charging system includes six connectors rated at up to 200 kW each. Actual simultaneous charging performance depends on vehicle demand, battery state, operating conditions, and system power allocation.

Can it charge heavy-duty electric trucks?

Yes. Its 200-1000 VDC charging range and high-power connectors are designed to support compatible high-voltage commercial EVs, including heavy-duty fleet vehicles.

Can the mobile BESS connect to solar, the grid, or a generator?

Yes. The system topology supports integration with solar PV, utility power, and generator sources, subject to project-specific electrical design and configuration.

Can it provide power in addition to EV charging?

Yes. The integrated PCS can provide AC power for compatible industrial and construction loads while the charging system supplies DC power to vehicles.

Where is a mobile BESS most useful?

Common applications include mines, ports, power plants, construction sites, fleet depots, temporary charging hubs, and locations awaiting permanent grid infrastructure.

Plan Your Mobile Charging Project

Tell RUISU about your vehicle types, charging schedule, site power, operating environment, and deployment requirements. Our team can help evaluate system configuration, charging compatibility, and project integration for your application.

REQUEST A PROJECT CONSULTATION