Mattur modular prime power system deployed at a remote mining site
Mattur Mining

Prime power that runs as long and as hard as the operation.

Air-cooled, modular prime power built for remote sites and motor-heavy equipment — 20 to 30% less fuel, no radiator, no single point of failure.

Why mining operations switch to Mattur

20–30% Less Fuel at Prime Load

Variable RPM tracks demand — compounds at remote fuel delivery costs.

2× Surge for Hard Starts

Crushers, conveyors, and pumps start cleanly — size for running load, not startup.

Air-Cooled. No Radiator.

No coolant service, no contamination risk in dusty, abrasive environments.

Redundant by Module

Swap one without shutting the site down — production continues during maintenance.

Fuel Burn should follow work.

Legacy generators waste fuel at partial load. Mattur doesn't.

Power Load Low to High
Engine RPM Legacy stays high, Mattur follows load
Legacy RPM (fixed)
Mattur RPM (variable)
Legacy RPM
0 RPM
Mattur RPM
0 RPM
Cumulative Fuel Burn (gallons) Lower slope = less fuel
Legacy (Fixed RPM)
Mattur (Variable RPM)
Legacy
0.00 gal
Mattur
0.00 gal
Savings
0%

Intelligent Transient Boost

Full surge power. No bigger unit.

Up to 2× Peak Power with Intelligent Transient Boost. No oversizing.

Legacy: Voltage dips on hard starts vs. Mattur: Instant surge delivery with stable voltage

One System.
Every Load.

Mattur delivers single- and three-phase simultaneously from one integrated power architecture.  No extra generators. No workarounds.

  1. 1. Single- and three-phase at the same time
  2. 2. Fewer cables and support equipment
  3. 3. Stable output as demand changes

Replace multiple generators with one integrated system.

Mattur Edge trailer showing simultaneous single- and three-phase power outputs
Battery Integration

Power + Storage. One Platform.

Battery modules share the same platform and form-factor as the 14 kW power modules — fitting into the same trailers and skid-mounted enclosures. Mix power and batteries in any ratio the job needs.

Modularity
Shared chassis
Same chassis as the 14 kW power modules — drop-in, swap-out.
Deployment
Deploy your way
Deploy in trailers or skid-mounted enclosures, configured per site.
Efficiency
Lower emissions
Cut emissions and engine hours on light-load and overnight cycles.

One architecture. Any Scale.

Mattur is built from standardized 14 kW power modules that deploy standalone, aggregate into trailers and scale across multiple Power Blocks — adapting as the job grows.

14 kW

Power Module

Mattur 14 kW Power Module illustration

Edge 28 Trailer

Up to 2, 14 kW Power Modules

Mattur Edge 28 Trailer illustration

Edge 56 Trailer

Up to 4, 14 kW Power Modules

Mattur Edge 56 Trailer illustration

Skid-mounted Power Block 140kW

Scales without limit

Mattur Skid-mounted Power Block 140kW illustration
Scale
Add capacity in 14 kW increments from a single module to a site wide distributed system without replacing equipment.
Flexibility
Deploy standalone, inside Edge trailers, or across multiple Power Blocks - and reconfigure as the job evolves.
Uptime
Service or swap individual modules without shutting down the entire system.
Cost Efficiency
Standardize your fleet around one modular building block instead of multiple dedicated generator sizes.

Mattur vs. the generator on your site today

Site need Legacy generator Mattur
Fuel efficiency at prime load Fixed RPM — full burn regardless of load Variable RPM — 20–30% less fuel
Hard starts on motor-heavy equipment Requires oversizing 2× in-rush via Intelligent Transient Boost
Uptime during service Full shutdown Swap a module, site keeps running
Cooling in dusty, abrasive environments Radiator-dependent, contamination risk Air-cooled, no radiator
Redundancy Single unit = single point of failure Modules operate independently
Right-sizing as the site evolves Replace the unit Add or remove 14 kW modules
American-Made Modular Power

Get pricing & availability

Tell us the site, the load profile, and the deployment window. We'll quote rental or purchase options in 24 hours.

Mattur modular prime power system at a remote mining operation