Capacity
100 kWh
Product family
EV Charging Robot with Battery Storage
On-demand charging application context. Catalog product photography, not a customer project.
Published range
Output power
90 kW
Voltage
DC 200–1000 V
Connector
GB/T / CCS1 / CCS2 / CHAdeMO
Family overview
Move the charger to the vehicle when a fixed bay is not the operating format.
The Charging Robot family is a self-propelled mobile energy storage charging system. Published catalog data includes DC charging output plus robot mobility fields such as speed range, gradeability, turning radius, and drive method.
Use cases
Where this family is used.
On-demand charging
Use the published charging robot when charging demand must travel to parked vehicles instead of reserving a fixed bay.
View On-Demand Charging →How to choose
Selection criteria for this family.
01
Deployment type
Choose this family when the operating procedure requires a self-propelled charger rather than a transported mobile charging system.
02
Travel path and grade
Review published wheelbase, ground clearance, parking slope, gradeability, and turning radius against the intended service path.
03
Energy and power class
The published robot lists 100 kWh battery capacity and 90 kW DC output. Confirm whether that class matches the intended service window.
04
Connector standard
The published model lists GB/T, CCS1, CCS2, and CHAdeMO. Confirm the project connector and vehicle mix before quotation.
Product comparison
Compare published models.
| Model | Battery capacity | Output power | Charging gun | Size | Weight | Protection level |
|---|---|---|---|---|---|---|
| TKMC-1000 | 100 kWh | 90 kW | GB/T / CCS1 / CCS2 / CHAdeMO | 2035 × 920 × 1491 mm | ≈1256 kg | IP54 |
Starting points
Which product should you start with?
On-demand charging
Use the published charging robot when charging demand must travel to parked vehicles instead of reserving a fixed bay.
TKMC-1000100 kWh · 90 kWRelated solution →Products in this family
Published catalog models.
Related knowledge
Read before comparing models.
Buyer guide
Mobile EV Charger Buyer’s Guide: How to Choose a System
A practical buyer's guide to mobile EV charging formats, energy and power requirements, connectors, deployment conditions, and project qualification.
FAQ
Buying questions for this family.
How is a charging robot different from a mobile charging system?
The published Charging Robot is self-propelled and includes robot mobility data. Mobile Charging Systems are transported energy storage chargers without that self-propelled format.
Where do these specifications come from?
Public product facts are transcribed from TAICO MC 2026 Catalog v1.3. Final operating configuration remains project-specific.
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Need help choosing a charging robot model?
Share your operating scenario, capacity, and output requirements. The TAICO EV team will help identify a starting configuration.