Megawatt-Ready Energy Solution for Heavy Industrial Deployments

This 250kW three-phase hybrid inverter redefines large-scale power conversion, offering containerized deployment and ultra-high efficiency for mining operations, data center campuses, and utility-scale storage projects. Engineered as the building block for 1MW+ systems, it delivers 275kVA peak output with five MPPT channels – a 25% power density improvement over conventional solutions.

Key Features & Benefits

1. Industrial Powerhouse Performance

250kW continuous output (275kVA peak)

• Sustains 24/7 operation for ore crushers, electrolysis plants, or hyperscale data centers.

• 110% continuous overload (275kW) + 120% burst capacity (300kW for 1min) for extreme load scenarios.

Five MPPT inputs (1,000V max PV voltage)

• 300-360kW PV input capacity supports:

  • Dual-axis tracker arrays with complex shading patterns

  • Mixed 600V/800V strings on a single inverter

• 420-850V tracking range with 99.7% weighted efficiency.

2. Grid-Forming Master Controller

420-850V ultra-high voltage battery integration

• Directly manages 1.5MWh+ lithium racks without DC converters.

• 300kW charging power achieves 80% SOC in 3 hours for 1MWh systems.

Black start & microgrid synchronization

• Reboots entire power plants without external grid support.

• Controls up to 16 parallel units (4MW total) with <0.5% phase imbalance.

3. Ruggedized Container Design

Pre-installed in 20ft ISO containers

• Plug-and-play deployment with:

  • Integrated HVAC (35kW cooling capacity)

  • Fire suppression system (NOVEC 1230)

  • Seismic bracing (Zone 5 compliance)

-30°C to 55°C operation

• Arctic package: heated battery compartments (-40°C startup)

• Desert package: dust-tight pressurized cooling

4. Smart Grid Integration

Wholesale market participation

• Automatic bid stacking for frequency regulation markets.

• VPP-ready with OpenADR 2.0b compliance.

Predictive maintenance

• Oil-free cooling with 100,000-hour bearing life.

• IoT sensors monitor capacitor health in real-time.

Technical Specifications