The GX230

Every piece is engineered to work together.

200 kW

Deploy additional permanent capacity in weeks.

700 kg

5x lighter than competitors.

15 ft²

5x more power-dense than any competitor.

4x Quieter

69 dB, about as loud as a normal conversation.

50% Less Fuel

Stable efficiency from 25% to full load.

Fuel Agnostic

Natural gas, CNG, LPG, H2, biofuel.

Scalable

Stack units as your site grows.

Plug & Play

Deploy in weeks, not years.

The Immedia Operating System

Hardware alone just makes power. Software makes it smart.

The GX230 ships with a complete operating system covering predictive maintenance, load forecasting, peak shaving, grid independence, and composite site health scoring. It transforms distributed power hardware into a controllable, observable, predictable infrastructure asset.

05 · Composite Health
Site Score
94
out of 100

A rolling composite of availability, efficiency, emissions, maintenance posture, and orchestration quality. Operators know instantly where to look. Executives know instantly how they're doing.

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94 AVAILABILITY EFFICIENCY EMISSIONS MAINTENANCE ORCHESTRATION
01 · Uptime Assurance
Predictive Maintenance
280 hrs ahead
Fleet health, not just fleet status.

Every sensor reading is baselined and monitored against factory signature. Bearing drift, fuel delivery drift, and thermal stress detected weeks in advance.

Drift detected week 16
Fleet Units
18
Advisories
3
Confidence
92%
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02 · Load Forecasting
Demand Analysis
94.2% accuracy
Know tomorrow's load before it arrives.

Per-site forecasts using weather, day-of-week, and operational calendar. Pre-position units and give operators clear visibility into upcoming demand.

Historical Forecast Now
Sites Tracked
5
Horizon
72 hr
Refresh
15m
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03 · Grid Independence
Peak Shaving
40% max grid
Flatten your grid bill and your operations.

Automatically dispatch GX230 capacity to absorb peak demand before it hits the meter. Keep operations unchanged; the grid just sees a flatter curve.

Cap Grid GX230
Peaks Shaved
47 wk
Offset Now
312 kW
Grid Draw
–58%
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04 · Resilience
Grid Independence
<50 ms transfer
When the grid blinks, you don't.

Grid-forming inverters enable seamless island operation. A grid-drop event to full microgrid happens faster than a line-frequency cycle.

Event t=0 38 ms Grid Site
Inverter Type
Grid-Forming
Paralleled
4 units
Topology
Microgrid
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Competitive Landscape

We benchmarked everything.

We scored every major alternative across 10 criteria that actually matter to site operators: deployment speed, cost, efficiency, footprint, fuel flexibility, and regulatory longevity.

Scored across 10 criteria
1Deploy in weeks
2Adds permanent capacity
3Runs grid-parallel
4Low CAPEX per kW
5Low OPEX per kWh
6Efficient at variable load
7Smallest footprint
8Fuel infrastructure today
9Regulatory viable 2030+
10Remote monitoring
GX230
Multi-fuel distributed on-grid power
10/10
All criteria met
Deploys in weeks and adds permanent grid-parallel capacity
Lowest combined CAPEX + OPEX per kW/kWh
5x more power-dense, smallest footprint per kW on the market
Runs on natural gas, LPG, hydrogen, or biogas with remote monitoring built in
Diesel Genset
Legacy backup power
3
Backup only, can't run grid-parallel
Burns up to 100% more fuel at partial loads
Loud, heavy, large site footprint
Fuel Cell
Hydrogen / electrochemical
3
12 to 18 month lead times typical
Very high CAPEX per kW
Hydrogen supply still limited in most regions
Microturbine
Gas-fired turbine
4
Efficiency drops fast at partial load
Slow to deploy, complex permitting
High installed cost per kW
BESS (Battery)
Energy storage
3
Stores energy, doesn't generate it
Not a primary grid-parallel source
Degrades over time, needs replacement
PowerSecure
Diesel-battery hybrid
2
6+ months to deploy
High cost, poor efficiency
Diesel component limits regulatory path