Mining & Remote Operations

Reliable, clean and fast to deploy power for exploration to production

Mining operations with xTechs solar solutions

From exploration to production, power must be reliable, clean and fast to deploy. Our modular solar-hybrid plant reduces diesel burn and permits while scaling with pit development and camp growth.

For mining and remote extraction, xTechs designs solar-hybrid power systems that lower fuel costs, simplify approvals and scale with your operation. Mobil-Grid® solar containers provide pre-wired 54-72 kWp PV blocks with an insulated technical room that can be linked to form reliable microgrids across camps, workshops and security perimeters. For mid-term pads and satellite pits, the SolarFold (Mobil-Grid® 500+) redeployable array adds 130 kWp of silent generation that can be moved as benches evolve. To deliver 24/7 supply and optimize genset runtime, the Solar Hybrid Box® integrates PV, batteries, grid and diesel with remote supervision, ensuring night autonomy and stable power for crushers, conveyors and camp base loads.

How our solutions help mining operations

Together with EcoSun Innovations, we deliver robust solar-hybrid plants that reduce diesel exposure, noise and maintenance, while scaling from prospecting to production.

Mobil-Grid® Solar Container

  • 54-72 kWp modules form microgrids for camps and workshops.
  • Fast setup; minimized ground disturbance, lower approvals.
  • Linkable containers scale with pit development.
  • Ideal for remote comms, lighting and security power.

SolarFold (Mobil-Grid® 500+)

  • 130 kWp quick-deploy array for mid-term projects.
  • Relocate rapidly between benches and satellite sites.
  • Lower LCOE compared with diesel-only fleets.
  • Complements Mobil-Grid and Hybrid Box for 24/7 supply.

Solar Hybrid Box®

  • Hybrid conversion and storage (3.5-180 kVA / up to 520 kWh).
  • Manages PV + gensets; enables night autonomy.
  • Remote supervision reduces call-outs and downtime.
  • Supports crushers, conveyors and camp base loads.