MAINERAY · Autonomous Mobile Charging

Z10080 Mobile Energy Storage Charging Robot

A mobile battery system that moves stored energy to approved vehicles or operating loads, with manual, remote and automatic travel modes.

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Z10080 Mobile Energy Storage Charging Robot
Power80-120 kW
Energy102-209 kWh
DC rangeDC 300-1000 V
InterfacesGB/T, CCS1, CCS2, CHAdeMO
MAINERAY

One project contact from configuration to after-sales.

MAINERAY coordinates product selection, configuration, export supply, delivery and after-sales communication. Delivered branding, applicable certificate scope, platform integration and warranty are confirmed for each order.

Escenarios de aplicación

Parking-bay and on-demand charging with Z10080

Manual, remote-control and automatic-driving modes allow the unit to carry stored energy within an approved operating area.

Z10080 Autonomous parking service application
Use case 01 · Autonomous parking service

Dispatch the charger to an assigned parking space.

Z10080 can travel through an approved parking facility in manual, remote-control or automatic-driving mode. Instead of asking every vehicle to move to a fixed charger, operators can dispatch stored energy to the assigned parking bay and complete the charging connection under the site operating procedure.

  • Automatic, remote and manual travel
  • 4G-enabled service dispatch
  • 5 km/h managed-site travel
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Z10080 Fleet overflow charging application
Use case 02 · Fleet overflow charging

Serve overflow fleet demand outside fixed charging bays.

Where grid capacity and fixed charging bays are limited, Z10080 can move battery-stored energy to an ordinary fleet parking space. Depot operators can serve overflow demand while keeping the final connector, route and charging schedule under operational control.

  • 102-209 kWh stored energy
  • 80-120 kW charging output
  • Flexible connector configurations
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Z10080 On-demand charging rescue application
Use case 03 · On-demand charging rescue

Dispatch stored energy within a managed service area.

For approved campuses, parking networks and managed service zones, Z10080 can support an on-demand charging workflow similar to dispatching a service vehicle. Automatic travel, remote control and manual fallback help the operator bring emergency energy to the requested location.

  • On-demand energy dispatch
  • Automatic travel in approved zones
  • Remote and manual fallback
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Project questions

Z10080 autonomous charging FAQ

Key project questions about automatic travel, parking-bay service, fleet overflow charging and on-demand dispatch.

Can Z10080 drive autonomously to a parked vehicle?

Z10080 supports manual, remote-control and automatic-driving modes for approved operating areas. Route mapping, obstacle detection, site integration and the final charging-connector procedure are confirmed for each project.

How does Z10080 help when fixed charging bays are limited?

The unit moves stored battery energy to an assigned parking space, allowing an operator to serve additional vehicles without installing a fixed charger at every bay. Available output, daily charging volume and recharge strategy depend on the selected configuration.

Can Z10080 provide on-demand emergency charging?

It can support an on-demand dispatch workflow in approved campuses, parking networks and managed service zones. The operating route, vehicle interface, safety controls and required staff involvement are confirmed before deployment.

Datos técnicos

Z10080 battery, charging and travel data

The current brochure lists battery capacity, DC output, travel modes, speed, communications and operating limits. Final configuration is confirmed in the quotation.

Battery capacity102-209 kWh
Output power80-120 kW
Output voltageDC 300-1000 V
Output current0-200 A
Cable length5 m
Travel modeManual, remote control or automatic driving
Travel speed5 km/h
Climbing angle15°
Communication4G
Thermal managementLiquid cooling
Dimensions1850 × 950 × 1465 mm
Working temperature-20°C to 55°C
Recommended forParking facilitiesOn-demand energySmart campuses
Energy path

Move stored energy to an assigned parking bay

Approved recharge source
102-209 kWh battery
80-120 kW DC output
Assigned vehicle or approved load
Conformidad y documentación

Documents are matched to the delivered configuration and destination.

Available project files may include the technical datasheet, declaration of conformity, test reports, battery transport documents, user manual and packing information. Document coverage is reviewed against the final model, configuration and destination market.

01

Confirm the project

Destination, electrical input, connector, required output, energy demand and operating conditions.

02

Match the equipment

MAINERAY coordinates the configuration and checks which documents apply to the proposed unit.

03

Review before order

Delivered branding, certificate holder and model scope, warranty and responsible parties are confirmed before order placement.

Request the document list