Power Pod

Mobile microgrid in a box that integrates revolutionary graphene solar panels and supercapacitor energy storage to deliver safe, resilient power – engineered for military and humanitarian missions in remote, austere environments.

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Mission Assurance

Key Features

Core features that make the Power Pod reliable and efficient.

Container

10 or 20ft Conex

Storage

600kWh – 1.2MWh

Fast

4 Hour Setup

Inputs

Grid/Gen/DER

Cost

Lowest Install Cost

Safe

No Thermal Runaway

Scalable

Unlimited Linked Pods

Solar

56-160 kWp

Mobile

Safe to fly on aircraft

Warranty

10 Years

Technical Specifications

10 Foot High Cube

Container

  • Type: 10 ft High Cube
  • Size: L:10ft × W:8ft × H:9.5ft
  • Deployed Footprint: 160ft L x 15.3ft (2450 ft2)
  • Total Weight: 13,500 lbs (6,137 kg)

PV Solar Power

  • PV Solar Capacity: 80 kWp (80 Panels × 1000 Wp/Panel)
  • Typical Production: 336 kWh (700W per panel and 6 hrs of sun)
  • AC Output: 60 kW continuous

Energy Storage (DC Input/Output)

  • Nominal Voltage: 270 VDC
  • DC Voltage Range: 205 – 300 VDC
  • Battery Type: Graphene Supercapacitor
  • Battery Capacity: 600 kWh (Gen 9 Cells)
  • Min/Max Charge Voltage: 235 VDC / 297 VDC
  • Max Charge Current: 500 A @ 240 VDC
  • Max Discharge Current: 250 A
  • Max Charge Power: 120 kW (80 kW PV + 40 kW Grid/Gen)
  • Max Discharge Power: 60kW

AC Input (Grid/Generator)

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz ± 2 Hz
  • Input Voltage: 360 – 480 VAC (L–L)
  • Max AC Input Current: 90 A @ 400 VAC
  • ATS Base Connections: 1×125 A Breaker (Grid), 2×125 A Breakers (2xGenerator), Optional CEE Plugs

AC Output​

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz
  • Waveform: Pure Sine Wave
  • Nominal Output Current: 90 A @ 400 VAC
  • Max Output Current: 500 A @ 400 VAC
  • Power Factor: 0.99
  • Total Harmonic Distortion: THDi < 3%
  • Max Surge Current: 200%
  • Output Connections: 1×125 A Breaker @ 3 Phase 400 Vac (Optional distribution panel with ground fault, breakers and CEE Plugs 1×50 A 3 Phase and 6×16 A Single Phase)

System

  • Operating Modes: On-Grid/Off-Grid Mode (Automatic island mode with built-in ATS), Microgrid Mode (Parallel up to 10 containers)
  • Peak Efficiency: >95%
  • Power Consumption: Standby Mode: 60 W, Idle Mode: 520 W
  • Standby to Idle Mode: 3 second reaction time
  • Idle to Full Power: 12 milliseconds
  • LCD Display: Shows Inverter (V/A/Hz/W), AC input (V/A/Hz/W), Battery (V/A/SOC %), Accumulated energy data, System status, Time, Date, Heat sink temperature, Data log and Event log
  • Communication Port: Local RS-485 and RJ45
  • Protocol: CANBUS, MODBUS
  • Temperature: -20°C to 50°C (Power draining above 60 °C)
  • Maximum Altitude: 12,000 ft
  • Design Standards: IEC 61727, IEC 62116, IEC 62109-1, IEC 62109-2, UN38.3, TF331
  • Ingress Protection: IP 65
  • Protective Class: I

Technical Specifications

10 Foot Standard Cube

Container

  • Type: 10 ft Standard Cube
  • Size: 10 ft L × 8 ft W × 8.5 ft H
  • Deployed Footprint: 150 ft x 15 ft (2250 ft²)
  • Total Weight: 13,000 lbs (5910kg)

PV Solar Power

  • PV Solar Capacity: 56 kWp (80 Panels x 700 Wp per Panel)
  • Typical Production: 252 kWh (525W per panel and 6 hrs of sun)
  • AC Output: 60 kW continuous

Energy Storage (DC Input/Output)

  • Nominal Voltage: 270 VDC
  • DC Voltage Range: 205 – 300 VDC
  • Battery Type: Graphene Supercapacitor
  • Battery Capacity: 600 kWh (Gen 9 Cells)
  • Min/Max Charge Voltage: 235 VDC / 297 VDC
  • Max Charge Current: 500 A @ 240 VDC
  • Max Discharge Current: 250 A
  • Max Charge Power: 120 kW (80 kW PV + 40 kW Grid/Gen)
  • Max Discharge Power: 60kW

AC Input (Grid/Generator)

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz ± 2 Hz
  • Input Voltage: 360 – 480 VAC (L–L)
  • Max AC Input Current: 90 A @ 400 VAC
  • ATS Base Connections: 1×125 A Breaker (Grid), 2×125 A Breakers (2×Generator), Optional CEE Plug

AC Output​

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz
  • Waveform: Pure Sine Wave
  • Nominal Output Current: 90 A @ 400 VAC
  • Max Output Current: 500 A @ 400 VAC
  • Power Factor: 0.99
  • Total Harmonic Distortion: THDi < 3%
  • Max Surge Current: 200%
  • Output Connections: 1×125 A Breaker @ 3 Phase 400 Vac (Optional distribution panel with ground fault, breakers and CEE Plugs 1×50 A 3 Phase and 6×16 A Single Phase)

System

  • Operating Modes: On-Grid/Off-Grid Mode (Automatic island mode with built-in ATS), Microgrid Mode (Parallel up to 10 containers)
  • Peak Efficiency: >95%
  • Power Consumption: Standby Mode: 60 W, Idle Mode: 520 W
  • Standby to Idle Mode: 3 second reaction time
  • Idle to Full Power: 12 milliseconds
  • LCD Display: Shows Inverter (V/A/Hz/W), AC input (V/A/Hz/W), Battery (V/A/SOC %), Accumulated energy data, System status, Time, Date, Heat sink temperature, Data log and Event log
  • Communication Port: Local RS-485 and RJ45
  • Protocol: CANBUS and MODBUS
  • Temperature: -20°C to 50°C (Power draining above 60 °C)
  • Maximum Altitude: 12,000 ft
  • Design Standards: IEC 61727, IEC 62116, IEC 62109-1, IEC 62109-2, UN38.3, TF331
  • Ingress Protection: IP 65
  • Protective Class: I

Technical Specifications

20 Foot High Cube

Container

  • Type: 20 ft High Cube
  • Size: 20 ft L × 8 ft W × 9.5 ft H
  • Deployed Footprint: 320 ft X 15.3 ft (4896 ft²)
  • Total Weight: 26,000 lbs (11,818 kg)

PV Solar Power

  • PV Solar Capacity: 160 kWp(160 Panels x 1000 Wp per Panel)
  • Typical Production: 672 kWh (700W per panel and 6 hrs of sun)
  • Energy Density: 335 W/m²
  • AC Output: 60 kW continuous

Energy Storage (DC Input/Output)

  • Nominal Voltage: 270 VDC
  • DC Voltage Range: 205 – 300 VDC
  • Battery Type: Graphene Supercapacitor
  • Battery Capacity: 1.2 MWh (Gen 9 Cells)
  • Min/Max Charge Voltage: 235 VDC / 297 VDC
  • Max Charge Current: 500 A @ 240 VDC
  • Max Discharge Current: 250 A
  • Max Charge Power: 120 kW (80 kW PV + 40 kW Grid/Gen)
  • Max Discharge Power: 60kW

AC Input (Grid/Generator)

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz ± 2 Hz
  • Input Voltage: 360 – 480 VAC (L–L)
  • Max AC Input Current: 90 A @ 400 VAC
  • ATS Base Connections: 1×125 A Breaker (Grid), 2×125 A Breakers (2×Generator), Optional CEE Plug

AC Output​

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz
  • Waveform: Pure Sine Wave
  • Nominal Output Current: 90 A @ 400 VAC
  • Max Output Current: 500 A @ 400 VAC
  • Power Factor: 0.99
  • Total Harmonic Distortion: THDi < 3%
  • Max Surge Current: 200%
  • Output Connections: 1×125 A Breaker @ 3 Phase 400 Vac (Optional distribution panel with ground fault, breakers and CEE Plugs 1×50 A 3 Phase and 6×16 A Single Phase)

System

  • Operating Modes: On-Grid/Off-Grid Mode (Automatic island mode with built-in ATS), Microgrid Mode (Parallel up to 10 containers)
  • Peak Efficiency: >95%
  • Power Consumption: Standby Mode: 60 W, Idle Mode: 520 W
  • Standby to Idle Mode: 3 second reaction time
  • Idle to Full Power: 12 milliseconds
  • LCD Display: Shows Inverter (V/A/Hz/W), AC input (V/A/Hz/W), Battery (V/A/SOC %), Accumulated energy data, System status, Time, Date, Heat sink temperature, Data log and Event log
  • Communication Port: Local RS-485 and RJ45
  • Protocol: CANBUS and MODBUS
  • Temperature: -20°C to 50°C (Power draining above 60 °C)
  • Maximum Altitude: 12,000 ft
  • Design Standards: IEC 61727, IEC 62116, IEC 62109-1, IEC 62109-2, UN38.3, TF331
  • Ingress Protection: IP 65
  • Protective Class: I

Technical Specifications

20 Foot Standard Cube

Container

  • Type: 20 ft Standard Cube
  • Size: 20 ft L × 8 ft W × 8.5 ft H
  • Deployed Footprint: 300ft × 15 ft (4500 ft²)
  • Total Weight: 23,500 lbs (10,680 kg)

PV Solar Power

  • PV Solar Capacity: 112 kWp (160 Panels × 700 Wp per Panel)
  • Typical Production: 504 kW (525 W per panel and 6 hrs of sun)
  • Energy Density: 335 W/m²
  • AC Output: 60 kW continuous

Energy Storage (DC Input/Output)

  • Nominal Voltage: 270 VDC
  • DC Voltage Range: 205 – 300 VDC
  • Battery Type: Graphene Supercapacitor
  • Battery Capacity: 1.2 MWh (Gen 9 Cells)
  • Min/Max Charge Voltage: 235 VDC / 297 VDC
  • Max Charge Current: 500 A @ 240 VDC
  • Max Discharge Current: 250 A
  • Max Charge Power: 152 kW (112 kW PV + 40 kW Grid/Gen)
  • Max Discharge Power: 60kW

AC Input (Grid/Generator)

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz ± 2 Hz
  • Input Voltage: 360 – 480 VAC (L–L)
  • Max AC Input Current: 90 A @ 400 VAC
  • ATS Base Connections: 1×125 A Breaker (Grid), 2×125 A Breakers (2×Generator), Optional CEE Plug Voltage (L-L): 380 / 400 / 415 VA

AC Output​

  • Voltage (L-L): 380 / 400 / 415 VAC
  • Voltage (L-N): 220 / 230 / 240 VAC
  • Phase: 3-phase 4 wires
  • Frequency: 50 / 60 Hz
  • Waveform: Pure Sine Wave
  • Nominal Output Current: 90 A @ 400 VAC
  • Max Output Current: 500 A @ 400 VAC
  • Power Factor: 0.99
  • Total Harmonic Distortion: THDi < 3%
  • Max Surge Current: 200%
  • Output Connections: 1×125 A Breaker @ 3 Phase 400 Vac (Optional distribution panel with ground fault, breakers and CEE Plugs 1×50 A 3 Phase and 6×16 A Single Phase)

System

  • Operating Modes: On-Grid/Off-Grid Mode (Automatic island mode with built-in ATS), Microgrid Mode (Parallel up to 10 containers)
  • Peak Efficiency: >95%
  • Power Consumption: Standby Mode: 60 W, Idle Mode: 520 W
  • Standby to Idle Mode: 3 second reaction time
  • Idle to Full Power: 12 milliseconds
  • LCD Display: Shows Inverter (V/A/Hz/W), AC input (V/A/Hz/W), Battery (V/A/SOC %), Accumulated energy data, System status, Time, Date, Heat sink temperature, Data log and Event log
  • Communication Port: Local RS-485 and RJ45
  • Protocol: CANBUS and MODBUS
  • Temperature: -20°C to 50°C (Power draining above 60 °C)
  • Maximum Altitude: 12,000 ft
  • Design Standards: IEC 61727, IEC 62116, IEC 62109-1, IEC 62109-2, UN38.3, TF331
  • Ingress Protection: IP 65
  • Protective Class: I