Remote work areas
Bring stored energy closer to equipment operating away from the grid.
Construction & Mining
Mobile EV Charging for Construction & Mining
Charge electric equipment where permanent grid connections are limited, delayed or move with the work area.
Application Overview
A Charging Plan Built Around the Actual Operation
Electric construction and mining equipment can work far from a permanent charger, and the active work area may move throughout a project. Mobile battery storage brings charging energy closer to the equipment and can reduce dependence on a fixed charging point during early or temporary phases.
Project engineering must consider site access, towing or transport, dust, temperature, duty cycle, vehicle voltage and the recharge source for the mobile system. Higher-capacity trailer and four-output configurations can support demanding equipment or several charging windows.
Compare the suggested configurations in our mobile EV charger catalog, then confirm the final specification with the project engineering team.
Operating Challenges
Start With the Work, Not Just the Charger.
Correct sizing depends on when vehicles charge, how much energy they need and how the mobile system itself will be recharged.
Changing equipment locations
Relocate the system as the active zone changes.
Dust and temperature
Confirm enclosure, cooling and operating range for the actual environment.
High daily energy demand
Match usable battery energy and recharge time to the production schedule.
Recommended Architecture
A Battery-Powered Mobile Charging System
Combine an approved recharge source, integrated battery storage, DC fast charging outputs and optional OCPP-compatible communications.
Recharge Source
Energy Storage
DC Fast Charging
Electric Vehicles
Local Platform
Engineering Inputs
What to Confirm for Construction & Mining
These inputs turn a broad application idea into a configuration that can be checked against the selected equipment.
Equipment data
Battery size, voltage, connector and maximum DC acceptance power.
Shift schedule
Operating hours, breaks and energy required between charging windows.
Site movement
Road conditions, towing method, access and setup locations.
Environmental limits
Temperature, dust, altitude and required enclosure protection.
Recommended Equipment
Configurations to Review
These products are starting points. Final capacity, output, cable count and connector are confirmed after the duty-cycle review.
- 200 kWh Trailer-Mounted EV Charger
- 400 kWh / 240–360 kW Dual-Gun Mobile Charging System
- 1200 kWh / 640 kW Four-Gun Mobile Charging System
Information Needed
Prepare These Six Inputs
Destination market, vehicle model, connector, number of vehicles, daily energy demand and available input power allow a faster technical response.
Vehicle & connectorEnergy & charging windowSite input & deadline
FAQ
Construction & Mining Questions
Trailer-mounted and other relocatable configurations can follow the project after transport and setup requirements are confirmed.
We need equipment battery and connector data, shift energy, access conditions, temperature, dust, available input power and the required delivery date.
Dual- and four-output configurations are available on selected models. Output allocation and simultaneous charging are confirmed during engineering review.