Ruisu 156kwh Mobile Energy Storage and Charging Vehicle 80kw for Large Scale Event Power

Product Description

Specification

Battery System (BESS)	Battery Cell	Nominal Capacity (Ah)	314
		Operating Voltage Range (Vdc)	3.2(2.8-3.65)
		Rated Energy (Wh)	1004.8
	Battery Module	Configuration Scheme (or Battery Pack Design)	1P52S
		Nominal Capacity (Ah)	314
		Operating Voltage Range (Vdc)	166.4(145.6-189.8)
		Rated Energy (kWh)	52.25
		IP Rating (or Ingress Protection Rating)	IP65
		Cooling System	Liquid Cooling
	Battery Cluster (System Composition)	Configuration Scheme	1P156S, configured with 3 battery modules in 1P3S
		Nominal Capacity (Ah)	314
		Operating Voltage Range (Vdc)	499.2(436.8-569.4)
		Rated Energy (kWh)	156.75
Power Conversion System (PCS)	DC Side	Operating Voltage Range (Vdc)	420-850
		Maximum Current (A)	150
	AC Side (Three-phase Four-wire, 3W+N+PE)	Rated Voltage (V)	230/400
		Voltage Deviation	-15%~+15%
		Rated Power (kVA)	60
		Maximum Grid-tied Current (A)	95.7
		Maximum Off-grid Current (A)	95.7
		Rated Grid Frequency (Hz)	50/60
EV Charging Station System	Input Side	Rated Power (Maximum Power) (kW)	80
		Maximum Input Current (A)	220
		Input Voltage (Vdc)	250-850
	Output Side	Number of Output Interfaces	1 Channel
		Channel 1/A, Rated Power Range (kW)	3-80
		Channel 1/A, Current Range (A)	2-250
		Channel 1/A, Voltage Range (V)	200-1000 (Rated Voltage 1000)
	Metering Parameters	Meter Constant (imp/kWh)	50
		Accuracy Class	0.5
		Measurement Unit	kWh
Input/Output Interfaces	DC Input	CCS2 European Standard DC Charging Inlet	1000Vdc , 250A
	DC Output	CCS2 European Standard DC Discharge Connector (or Discharge Gun)	1000Vdc , 250A
	Common AC Input/Output Port (Note: Optional feature, additional fees apply)	Interface 3 AC Interface 1	400Vac, 125A European Aviation Socket
		Interface 4 AC Interface 2	400Vac, 125A Aviation Socket
		Interface 5 AC Interface 3	400Vac, 63A European Aviation Socket
		Interface 6 AC Interface 4	230Vac, 10A European Standard
System Parameters	Basic Parameters	Cooling Method (or Cooling Mode)	Liquid Cooling for Battery Compartment + Air Cooling for Electrical Compartment
		Fire Suppression System	Aerosol (Fire Extinguishing Agent)
		IP Rating (or Ingress Protection Rating)	IP54(PACK65)
		Operating Temperature	-10℃-50℃
		Dimensions (L*W*H)	2100mm*1310mm*1550mm
		Equipment Weight (t)	About 2200kg
		Enclosure Material	Precision Sheet Metal
		Corrosion Protection Rating	C4
		Human-Machine Interface (HMI)	10inch Touchscreen

Company Profile

Guangzhou Ruisu Intelligent Technology Co., Ltd. was established in 2006 with a registered capital of RMB 100 million. The company was listed on the New Third Board (NEEQ) in 2016 (Stock Code: 839697).

We specialize in integrated high-power energy storage management and charging systems. Our comprehensive product line includes:

AC & DC EV Charging Station

Megawatt Charging Stack

Mobile Battery Energy Management System (BESS)

Commercial & Industrial Energy Storage System

Home Energy Storage System

Our solutions are widely used in fleet depots, commercial hubs, mining, ports, tunnels, bridges, metallurgical, emergency charging, and heavy-duty electric transportation sectors (electric vehicles, passenger vehicles, trucks, ships, and locomotives). With global certifications including CE, UL, CQC, CVC, and CCI, we provide reliable, full-industrial-chain energy solutions to partners worldwide.

FAQ

Why should we choose Guangzhou Ruisu as our long-term partner?
Established in 2006 with a registered capital of RMB 100 million, we are a publicly listed company on the New Third Board (Stock Code: 839697). Recognized as a national "Little Giant" enterprise, we operate two large-scale factories (90,000 sqm) and maintain a robust R&D partnership with the South China University of Technology. 

Do your EV charging stations and mobile BESS meet international safety standards?
Absolutely. Quality and compliance are our top priorities. Our products have obtained comprehensive global certifications, including CE, UL, CQC, CVC, and CCI. Whether you are importing DC fast chargers or mobile charging vehicles, you can be confident that our equipment meets the rigorous safety and performance standards required for international markets.

Can your high-power charging stacks handle heavy-duty industrial environments?
Yes. Our megawatt-level charging stacks and integrated DC chargers are specifically engineered for high-intensity applications. They are currently deployed in demanding environments such as mining sites, ports, and metallurgical plants. We specialize in providing energy replenishment for heavy-duty electric trucks, ships, and locomotives, ensuring high reliability under extreme operating conditions.

What are the technical advantages and applications of your Mobile Energy Storage & Charging Systems?
Our mobile systems represent the cutting edge of high-capacity power solutions, featuring a maximum battery storage of 3.45MWh and a massive output power of 2.4MW. Engineered for versatility, these systems are widely utilized in mines, oil fields, ports, tunnels, and bridges, as well as for outdoor emergency charging. They provide a reliable, high-power energy source for complex projects where traditional grid access is limited or unavailable.