Capacity
75–140 kWh
Product family
Mobile EV Chargers with Battery Storage
Mobile charging application context. Catalog product photography, not a customer project.
Published range
Output power
60–120 kW
Voltage
DC 200–1000 V
Connector
GB/T / CCS1 / CCS2 / CHAdeMO
Family overview
Transported energy storage charging for changing response locations.
Mobile Charging Systems are battery-backed DC charging units that travel to the vehicle. The published catalog range covers mobile charger and roadside EV rescue use, with recharge from an EV DC charger or AC three-phase supply.
Use cases
Where this family is used.
Roadside EV rescue
Start with the lower-capacity published model when the service needs a transported charger for emergency EV charging.
View Roadside EV Rescue →Higher energy demand
Move to the higher published capacity and output when the operating plan needs a larger energy handoff from the same mobile charging format.
View Roadside EV Rescue →How to choose
Selection criteria for this family.
01
Daily energy demand
Use published battery capacity to shortlist a model against the intended energy handoff, then confirm reserve, recharge, and operating conditions.
02
Required charging power
Use published DC output power as the output-power class. The receiving vehicle and configured charging path determine the actual session.
03
Connector standard
Both published models list GB/T, CCS1, CCS2, and CHAdeMO. Confirm the project connector, voltage range, and cable reach before quotation.
04
Mobility requirement
These systems are transported mobile chargers. If the service must drive the charger to the vehicle without a separate carrier, review the Charging Robot family.
Product comparison
Compare published models.
Starting points
Which product should you start with?
Roadside EV rescue
Start with the lower-capacity published model when the service needs a transported charger for emergency EV charging.
TKMC-80075 kWh · 60 kWRelated solution →Higher energy demand
Move to the higher published capacity and output when the operating plan needs a larger energy handoff from the same mobile charging format.
TKMC-1500140 kWh · 120 kWRelated solution →Products in this family
Published catalog models.
TKMC-800
Mobile Energy Storage Charging System
Compact 75 kWh / 60 kW mobile energy storage charging system with dual recharge modes, configured for rapid-response roadside EV rescue and emergency charging.
75 kWh · 60 kW
View specifications →
TKMC-1500
Mobile Energy Storage Charging System
High-capacity 140 kWh / 120 kW mobile energy storage charging system with 40 kW AC three-phase recharge, built for heavy-duty roadside EV rescue and fleet support.
140 kWh · 120 kW
View specifications →Related knowledge
Read before comparing models.
Roadside charging calculations
How Much Range Can a 20kW Mobile DC Charger Add in 20 Minutes?
Calculate energy and range from a 20kW mobile DC charger in 20 minutes. Compare power, battery capacity, and vehicle fit for roadside EV rescue.
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.
Technical explainer
kW vs. kWh in Mobile EV Charging
Understand the difference between charging power and stored energy, and why both values matter when specifying a mobile EV charging system.
Operating workflow
How Roadside EV Charging Works: A 5-Step Rescue Workflow
A five-stage framework for dispatching a mobile charging system, confirming the vehicle connection, delivering emergency energy, and completing the handoff.
Roadside decision guide
Mobile EV Charging vs. Towing: A Decision Guide for Roadside Operators
A conditional guide for roadside operators comparing mobile EV charging with towing or recovery when an EV is stranded away from fixed charging infrastructure.
Procurement checklist
Mobile EV Chargers for Tow Trucks: A Procurement Checklist
A procurement checklist for mobile EV chargers in tow-truck and roadside assistance operations: transport, connectors, energy planning, and recharge.
FAQ
Buying questions for this family.
How should a buyer choose between TKMC-800 and TKMC-1500?
Compare published battery capacity and DC output first: 75 kWh / 60 kW for TKMC-800 and 140 kWh / 120 kW for TKMC-1500. Then confirm vehicles, connectors, recharge source, and deployment constraints.
Where do these specifications come from?
Public product facts are transcribed from TAICO MC 2026 Catalog v1.3. Final operating configuration remains project-specific.
Signal · Request
Need help choosing a mobile charging systems model?
Share your operating scenario, capacity, and output requirements. The TAICO EV team will help identify a starting configuration.