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Roxon

Illustrative image

Roxon BESS Pro installed next to an open-pit mine

Industry and remote operations

Energy for operating away from the grid.

Mine sites, construction sites and camps often run on generators that operate for many hours, even at low demand. Battery storage, solar generation and automatic generator control make it possible to adapt the supply to each stage of the operation.

The reduction in generator hours and fuel depends on demand, the solar resource and how the system is sized.

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01The challenge

A generator sized for peak demand spends much of its time at low load, especially at night. During those hours it burns fuel and adds maintenance to supply small loads, and hauling the fuel adds cost and logistics.

02What the goal is
03The approach

A storage system supplies low demand from the battery. When demand rises or the battery needs recharging, the system starts the generator automatically; where there are panels, solar also recharges the battery. For sites without their own generator, there are units that combine battery and generator in a single structure.

Energy autonomy →

04Use cases
  1. Camps

    Lighting, climate control and camp services overnight.

  2. Construction sites

    Tools, lighting and equipment that move as the work progresses.

  3. Mine sites and remote facilities

    Higher-power loads that rely entirely on a generator today.

05What shapes each project

Every unit has its datasheet and manual published, and inverter–battery compatibility is documented.

06The technology

Tell us where you need energy and which activities or loads you want to back up.

Ask about a solution for my operation

Questions about industry and remote operations

Does a Roxon system replace the generator?

It depends on the operation. In many cases storage cuts the generator’s running hours and the generator stays as support. Doing without it depends on demand, the solar resource and how the system is sized.