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 mobile charging robot automatic ev charging solution
  •  mobile charging robot automatic ev charging solution

Mobile Energy Storage

Mobile Charging Robot – Automatic EV Charging

• Wide Power Output: Supports continuous 60 kW–160 kW output, making this mobile charging robot compatible with a broad range of electric vehicle models.

• Our mobile charging robot uses multi-sensor fusion and SLAM algorithms for fully autonomous routing and positioning.

• High degree of automation.

• Cost‑Efficient Deployment: Eliminates the need for fixed charging stations; the mobile charging robot brings charging directly to vehicles, reducing infrastructure and real‑estate costs.

• Fast Charging & Swapping: Independent battery‑pack design allows ≤1.5 min battery swaps and 1 hour to 80 % SOC—ideal for on‑demand automatic charging robot service.

Product Introduction

The Topband mobile charging robot is an intelligent energy‑storage and charging solution that integrates autonomous robotics, advanced battery management (BMS), and EV charging technology. As an automatic charging robot, it overcomes fixed‑station limitations by navigating directly to any electric vehicle, automatically docking, and delivering up to 160 kW of clean power. With IP54 industrial protection, 1C fast charging, battery‑swap capability, and cloud‑based T‑EMS control, this mobile charging robot provides reliable, flexible charging wherever you need it.

Topband mobile charging robot autonomous EV charging 160 kW fast swap

Application

The Topband mobile charging robot excels in urban power top‑ups, commercial fleet charging, temporary events, and underserved charging regions.

Urban power supply


Business scenario


Temporary activities


Areas with insufficient charging facilities


mobile charging robot automatic charging robot precision navigation vision guided robotic arm
High precision navigation and automatic operation

Our mobile charging robot delivers high‑precision navigation and fully automatic operation. As an automatic charging robot, it uses autonomous‑driving and multi‑sensor fusion navigation to align itself precisely with the vehicle’s charging port. The integrated robotic arm, guided by an advanced vision‑recognition system, automatically opens the port cover and inserts the charging gun with sub‑centimeter accuracy.

mobile charging robot automatic charging robot 60kW 160kW high power charging
Superior charging performance

mobile charging robot offers superior charging performance with a 60 kW–160 kW output range, making this automatic charging robot compatible with diverse EV models and capable of delivering uninterrupted, high‑power charging service.

mobile charging robot automatic charging robot multiple safety protections IP54
Multiple safety protections

The Topband mobile charging robot and automatic charging robot feature multiple safety protections—including overvoltage, undervoltage, overcurrent, short‑circuit, leakage, and lightning protection—with an IP54 industrial‑grade enclosure to guarantee secure operation.

mobile charging robot automatic charging robot flexibility economy low density ev charging
Flexibility and economy

mobile charging robot delivers unmatched flexibility and economy by removing fixed-station constraints; this automatic charging robot brings the station directly to the vehicle, slashing infrastructure costs and excelling in temporary or low‑density EV charging scenarios.

Parameter
Product type
TBMC-M-65-60KW
TBMC-M-100-90KW
Driving style
Remote control (controller)
AC charging voltage
380V(20KW)
Battery 
LFP
Battery brand
EVE

Nominal capacity
64.5KWh
99.6KWh
Charging rate
1C
Discharge rate
1C
Battery voltage
614.4V
576V
Depth of discharge(DOD)
94%
Number of charging cycles
5000
Rated voltage
3.2V
Rated capacity
105Ah
173Ah
AC input
380V(20KW)
AC charging current
32A
DC input voltage
250V-1000V DC(60KW)
DC input current
0-150A
0-200A
IP
IP54
Detection
Direct detection
Rated power
60 KW
90 KW
DC output voltage range
200V-1000V DC
DC output current range
0-150A
0-200A
Safety protection
Overcurrent, overvoltage, undervoltage, overheating, overload protection, etc
Network mode
4G
Charging gun length
7m
Heat dissipation
Liquid cooling
Display
7 inches
Equipment size
2034.5*920*1490.5mm
Weight
1200kg
1450kg
Working temperature/°C
-10°C-60°C
Altitude
2000m
Noise
≤60dB
Relative humidity
5%~95%RH, no condensation
Wheelbase(mm)
1100
Curb weight(kg)
250
Load(kg)
1200
Ground clearance(mm)
100
Parking slope(%)
25
Maximum climbing gradient under full load(%)
20
Minimum turning radius(m)
2.5
Drive mode
Rear-wheel drive
Front brake type
Drum brake
Rear brake type
Drum brake
Parking brake type
EPB electronic parking (rear wheel with wheel speed sensor)
Drive motor drive power (kw)
3
Full load range(km)
Depending on the capacity of the vehicle's energy storage battery
Maximum speed(km/h)
35
Voltage platform(V)
72V/320V
Battery capacity(Ah)
Capacity of energy storage battery for the whole vehicle
Control communication mode
CAN2.0B

Customer Testimonials
What Our Clients Say

We supply clients across the entire globe with improved network connections.

4.6/5 ( From 600+ reviews )
  • Photovoltaic energy storage and charging system is an energy system that integrates photovoltaic power generation ...
  • 1 Photovoltaic energy storage and charging system is an energy system that integrates photovoltaic power generation ...
Topband

Mobile energy storage analysis: Domestic market demand is rapidly rising.

The concept of mobile energy storage originated abroad and has been applied in countries such as the United States, Germany, and Japan that focus on outdoor activities and natural disasters.

2025-07-08Learn More
Mobile energy storage analysis: Domestic market demand is rapidly rising.
Q Can I integrate the mobile charging robot with my fleet management system?
AAbsolutely—Topband’s open API allows you to connect the mobile charging robot data stream to third‑party fleet and energy‑management platforms.
QIs user authentication required to deploy the automatic charging robot?
AYes, operators log in via the Topband App or T‑EMS portal to authenticate and authorize each automatic charging robot mission.
QHow does the automatic charging robot handle obstacle avoidance?
AThe automatic charging robot uses LiDAR and ultrasonic sensors in its multi‑sensor fusion navigation to detect and avoid obstacles in real time.
QCan the mobile charging robot operate in extreme temperatures?
AYes, the Topband mobile charging robot is rated for –10 °C to 60 °C operation thanks to its industrial‑grade IP54 enclosure and thermal management system.
QWhat is the maintenance interval?
ARoutine service every 6 months; battery and drive modules are rated for 8–10 years in the mobile charging robot.
QCan I customize power output and capacity?
AYes—the automatic charging robot can be tailored anywhere between 60 kW and 160 kW, with scalable battery modules to match your needs.
QHow many safety protections are there?
AOver ten core protections—overvoltage, undervoltage, overcurrent, short‑circuit, leakage, lightning, and more—guard the automatic charging robot.
QWhich EV standards are supported?
A Our automatic charging robot is fully compatible with CCS1, CCS2, GBT, CHAdeMO, and Tesla connectors.
QWhat charging speed can I expect?
AThe mobile charging robot supports 1C fast charging: 1 hour to 80 % SOC, 2 hours to 100 %.
QHow do I start the mobile charging robot?
AUse the Topband mobile App or on‑board touchscreen to initiate the automatic charging robot—it will self‑navigate to the vehicle.
Get In Touch

Have questions about our Mobile Charging Robot – Automatic EV Charging or related energy solutions? Send us a message—we're always ready to help!

Mobile Charging Robot – Automatic EV Charging

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Solution
Photovoltaic storage chargingCommercial complexManufacturingSmart Farm
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Address:Topband Industrial Park, Liyuan Industrial Zone, Shiyantangtou Avenue, Bao'an District, Shenzhen.

Tel:0755-8178 5236

E-mail:topband_zidh@topband.com.cn

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