836kWh 800kW Mobile BESS Mobile EV Charging

Features

The 836 kWh / 800 kW Mobile BESS combines high-capacity battery storage, four 200 kW DC charging connectors, a 500 kW PCS, dual-mode thermal management, and three-level BMS protection in a transportable dual-axle platform. It delivers flexible power for heavy equipment charging, construction sites, backup power, smart microgrids, solar integration, and peak shaving where grid capacity is limited or unavailable.

Specifications and Parameters

836kWh 800kW Mobile BESS Mobile EV Charging

Cell Type (BESS) 314Ah	Rated Cell Capacity (BESS) 1004.8Wh	Battery Cluster Configuration (BESS) 2P208S*2	Battery Voltage Range (BESS) 582.4-759.2Vdc
Battery Capacity (BESS) 836kWh	DC Operating Voltage Range (PCS) 615-950Vdc	DC Maximum Current (PCS) 808A	AC Rated Voltage (PCS) 230/400V
AC Rated Power (PCS) 500kW	AC Maximum Current (PCS) 792A	AC Rated Grid Frequency (PCS) 50/60Hz	Rated Output Power (Charger) 800kW
Charging Guns (Charger) 4 Guns (200 kW/gun)	Output Voltage Range (Charger) 200-1000Vdc	Output Current Range (Charger) 2-250A	Charging Temperature Range 0-50°C
Discharging Temperature Range -10-50°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	Cell Cycle Life ≥6000 times
Fire Protection System Aerosol	Equipment Weight ≈9T	Dimensions (WxDxH) 299124402599 (mm)

836 kWh / 800 kW Mobile Battery Energy Storage System

High-Power Mobile Energy for EV Charging, Jobsites, and Critical Loads

The 836 kWh / 800 kW Mobile BESS combines high-capacity battery storage, high-power DC charging, power conversion, thermal management, and intelligent protection in a transportable dual-axle platform. It brings stored energy directly to locations where grid capacity is limited, temporary, or unavailable.

With four 200 kW DC charging connectors and a 200-1,000 VDC output range, the system can support commercial EV fleets, electric construction machinery, and other high-voltage vehicles. A 500 kW PCS enables flexible AC-side energy management, while liquid cooling for the battery compartment and air cooling for the electrical compartment help maintain stable operation in demanding environments.

Key Benefits

836 kWh Mobile Energy Capacity

The high-capacity battery system supports extended operation away from fixed infrastructure and reduces dependence on diesel generators or costly temporary grid upgrades.

800 kW DC Charging System

Four 200 kW charging connectors provide flexible multi-vehicle charging. The wide 200-1,000 VDC output range supports a broad selection of commercial vehicles and electric equipment.

500 kW Power Conversion System

The integrated PCS operates across a 615-950 VDC range and supports 230/400 VAC at 50/60 Hz for grid interaction, microgrid integration, temporary site power, and facility energy management.

Dual-Mode Thermal Management

Liquid cooling controls battery-compartment temperature, while air cooling serves the electrical compartment. This dual-mode design supports consistent operation and helps protect critical system components.

Three-Level BMS Cell Protection

The battery management architecture provides coordinated protection at three levels:

ESBMM - Cell level: monitors cell voltage and temperature.
BCMU - Cluster level: monitors battery-cluster voltage, current, and operating status.
ESMU - System level: coordinates system data, analysis, alarms, and protection strategies.

Built for Mobile Deployment

The dual-axle trailer platform allows the complete energy system to be transported between projects, charging locations, emergency sites, and temporary facilities. An IP54 enclosure, C4 anti-corrosion rating, and operation at altitudes up to 3,000 meters support outdoor and industrial applications.

How the Mobile BESS Works

The Mobile BESS can receive energy from the utility grid, solar PV, wind power, or a generator. Stored energy can then be delivered to DC charging equipment, commercial vehicles, construction machinery, temporary site loads, or facility systems. Remote monitoring supports operating visibility, while the integrated BMS and thermal-management systems continuously protect the battery and electrical equipment.

Five High-Value Applications

Heavy Equipment Power and Charging

Deliver high-power energy to electric excavators, loaders, construction trucks, and other engineering equipment without waiting for permanent charging infrastructure.

Construction Sites

Provide temporary power for site offices, tools, lighting, equipment, and vehicle charging while reducing generator runtime and on-site emissions.

Reliable Backup Power

Support hospitals, data centers, telecommunications facilities, industrial sites, and other critical loads during grid outages or capacity constraints.

Smart Microgrid and Solar Integration

Store energy from solar PV and wind generation, coordinate distributed energy resources, and supply stable power within a commercial or industrial microgrid.

Peak Shaving and Load Shifting

Charge the battery during lower-demand periods and discharge during peak-demand periods to reduce demand spikes, improve facility load management, and make better use of available grid capacity.

Technical Specifications

Category	Specification	Value
BESS	Model	836 kWh / 800 kW
Battery	Cell type	314 Ah
Battery	Rated cell capacity	1,004.8 Wh
Battery	Battery cluster configuration	2P208S x 2
Battery	Voltage range	582.4-759.2 VDC
Battery	Energy capacity	836 kWh
PCS	DC operating voltage range	615-950 VDC
PCS	Maximum DC current	808 A
PCS	Rated AC voltage	230/400 VAC
PCS	Rated power	500 kW
PCS	Maximum AC current	792 A
PCS	Rated grid frequency	50/60 Hz
Charging system	Rated output power	800 kW
Charging system	Charging connectors	4 x 200 kW
Charging system	Output voltage range	200-1,000 VDC
Charging system	Output current range	2-250 A
General	Charging temperature range	0 to 50 degrees C
General	Discharging temperature range	-10 to 50 degrees C
General	Cooling method	Liquid cooling for battery compartment; air cooling for electrical compartment
General	Relative humidity	Up to 95% RH, non-condensing
General	Operating altitude	Up to 3,000 m; derating above 3,000 m
General	Ingress protection	IP54
General	Anti-corrosion grade	C4
General	Enclosure material	Precision sheet metal
General	Cell cycle life	At least 6,000 cycles
General	Fire protection	Aerosol fire suppression
General	Equipment weight	Approximately 9 metric tons
General	Dimensions (W x D x H)	2,991 x 2,440 x 2,590 mm

Frequently Asked Questions

What is the difference between the 500 kW PCS and the 800 kW charging system?

The 500 kW rating refers to the power conversion system used for AC-side power conversion and grid or microgrid interaction. The 800 kW rating refers to the integrated DC charging system, which includes four 200 kW charging connectors.

How many vehicles can the system charge?

The system is equipped with four DC charging connectors. Each connector is rated at 200 kW, allowing up to four compatible vehicles or machines to be connected, subject to system configuration and operating conditions.

Can the Mobile BESS work with solar and wind power?

Yes. The system can be incorporated into a site energy architecture that includes solar PV, wind generation, the utility grid, or a generator. Final integration depends on the project's electrical design and control requirements.

Is the system suitable for outdoor jobsites?

The enclosure is rated IP54 and C4 for corrosion resistance. The system is designed for industrial and outdoor applications within its specified temperature, humidity, and altitude limits.

Can it be used for peak shaving?

Yes. When integrated with the facility energy-management strategy, the battery can charge during lower-demand periods and discharge during peak-demand periods to reduce load spikes and improve power availability.

Bring High-Power Energy Wherever the Job Takes You

Tell us about your vehicle types, charging requirements, site loads, available power sources, operating schedule, and deployment environment. Our team can help configure an 836 kWh / 800 kW Mobile BESS solution for your project.

Request a Mobile BESS Solution