A connected wind, solar, storage, grid and industry landscape, changing from morning to night with continuously turning wind turbines
PHYSICAL AI. REAL-WORLD ENERGY.

Building tomorrow’s
renewable-native
power systems.

Developing and operating next-generation power systems.
Physical AI. Clean energy. Connected industry.

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WHAT WE DO

Develop. Operate. Trade.
Make energy work for you.

For mine operators, industrial users and energy partners.
Network and supply operations at the core, supported by project development, power trading and an AI energy platform.

MINE SUPPLY FIRST. NETWORK VALUE NEXT.

Solar + storage microgrid Precise AI forecasting & dispatch Mine production Regional distributionnetwork Industry Transport &charging Homes Grid-followingassets

30%ENERGY

Curtailed-energy export potential

80%SUPPORT CAPACITY

Spare grid-forming capability

365 × 24 Stable demand
Solar + storagemicrogrid Precise AI forecasting & dispatch Mine production Regional distributionnetwork Industry Transport &charging Homes Grid-followingassets

30%ENERGY

Curtailed-energy export potential

80%SUPPORT CAPACITY

Spare grid-forming capability

365 × 24 Stable demand
Solid: supply and energy connectionsDashed: grid-forming support
Illustrative proportions, subject to mine supply priorities and network constraints. Exportable energy and grid-forming support use different measures and are not additive.

Clean energy.
Greater together.

Assets, networks and intelligence. One system.

Connect physical infrastructure, intelligent operations and power markets to unlock more value from every unit of clean energy.

GENERATIONClean generation
NETWORKConnected grids
DEMANDIndustrial demand
STORAGEFlexible storage
VEHICLESElectric mobility
03 / ENERGY AT EVERY SCALE

From one microgrid.
To a wider power system.

Grid-forming storage establishes a local voltage and frequency reference. Connect renewables and demand, then link microgrids with wider networks and power markets.

Swipe along the power bus to explore energy and production equipment.

A microgrid built around grid-forming storage.Conceptual equipment connections, not an actual configuration or live power flow. Grid-forming capability requires project-specific engineering.. Grid-forming storage. Fleet electricity is counted under charging only.01 / GRID-FORMING · COORDINATED ENERGY PROCESS FEEDER H₂ FEEDSTOCK Wind Solar PV Backup power H₂H₂Hydrogen electrolysis NH₃Ammonia synthesis Vehicle charging GRID-FORMING Grid-forming storage VOLTAGE & FREQUENCY SUPPORT · CONCEPT V / f Electric haulage ISLANDED GRID-FORMING TOPOLOGY Fleet electricity is counted under charging only 02 / PROCESS DEMAND Water pumps Main ventilation Air compressors Lighting Hoisting Electrowinning Grinding / SAG Crushing Flotation Belt conveyors PROCESS DISTRIBUTION
System dataCoordinated actions
Digital twin concept showing a mine, solar, storage and industry with matching wireframe models

Mining energy world model

Shared system states and physical constraints

  • 01 / PLAN

    Planning AI agent

    Resources & capacity

  • 02 / TRADE

    Trading AI agent

    Power trading & value

  • 03 / DISPATCH

    Dispatch AI agent

    Dispatch & stability

Energy operations concept interface with network map, energy curves and equipment dashboards

Physical AI-powered energy operating system

04 / CURRENT PROJECTS

Projects in progress

From commercial solar, storage and electric mobility to mine power and regional energy systems.

01 / ENERGY & MOBILITY

Commercial solar and storage.
Fast charging. Electric pickups.

Building on commercial solar and storage experience, we are advancing fast-charging stations and electric pickup services to connect site energy with electric mobility.

Completed commercial engineering projects

Projects
6
Solar capacity
550kW
Storage capacity
920kWh
Business development

Fast-charging stationsElectric pickups

Explore commercial projects
Aerial view of an open-pit mine and nearby solar facilities
02 / MINE POWER

Chambishi Leach · Mwambashi
Mine Power Project

Advancing mine power infrastructure, intelligent dispatch and electrification around production needs.

Smart mining pilot
Exploring AI dispatch for water pumps as a starting point for process energy optimization.
Toward zero-carbon mining
Advancing electric haul-truck adoption alongside mine electrification and cleaner power.
Explore mine power services
A conceptual power-system planning overlay on the COMIKA satellite map, showing solar, grid-forming storage, network access and demand 01 Solar layout study 02 Grid-forming storage 03 Network access 04 Industrial demand 05 Businesses & homes 06 Mine demand

↔ Swipe to explore the planning overlay.

Solar areaStorage areaEnergy linksDemand nodes

Concept study: assets and routes do not represent final siting or an engineering design.

Base map: Google MapsOpen original map ↗

Imagery © 2026 Airbus, CNES / Airbus, Landsat / Copernicus, Maxar Technologies · Map data © 2026 Google

03 / CONNECTED ENERGY

Renewable-native power
systems at scale

Advancing interconnected solar-storage microgrids and regional coordination to serve a wider range of industrial and community energy needs.

Projects being advanced

  • Hongfuhan · COMIKA projectIn progress
  • Zambia microgrid interconnection project (NFCA)In progress
Explore system solutions
THE NEXT CONNECTION STARTS HERE.The next connection
starts with you.
↗

MINE OPERATORS · INDUSTRY PARTNERS · LONG-TERM CAPITAL

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