DIMENSIONS

• Container: Standard Cube

• Weight: 13,500 lbs (6,137 kg)

• Dimensions (W x H x D):

  • 8 ft × 8.5 ft × 10 ft

  • 2439 mm × 2591 mm × 3048 mm

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POWERPOD SPECIFICATIONS

• SuperRacks: 8

• Nominal Energy Rating: 1880 kWh

• Nominal Energy Storage: 4480 Ah

• Estimated Leakage Current: < 4% per year

• Max Voltage: 588 V

• Min Voltage: 406 V

• Max Current: 2240 A @ 0.5C

• Nominal Current: 1120 A @ 0.25C

• Peak Current (5 sec): 4480 A

• Maximum Charge Current: 2240 A @ 0.5C

• Mean Wh Derived Capacitance: 47,000 F

• Peak Efficiency: 94% @ 0.5C, 97% @ 0.25C

• Min Charge/Discharge Time: 130 minutes @ O.5C (Includes CV Charge Tail)

• Min Temp (Limited by Electronics): –4°F (–20°C) 

• Max Temp (Limited by Electronics): 140°F (60°C)

• Cycle Life: 20,000 cycles @ 0.5C

• Ingress Protection: IP65

• Protective Class: I 

• Built-in Protections: overvolting, undervolting, overheating, and comprehensive temperature monitoring (all cells/bus bars, contactors, fuses, and terminals)

• Central Controller Module:

• Safety Interlock Signal Terminals (Fault, Enable, Ack)​

• Communications & Monitoring: CANBUS, RS485, and TCP (MODBUS-RTU, MODBUS-TCP, PROFIBUS, PROFINET, ETHERCAT, GENERIC TCP, any copper or fiber options)​

• Redundant Contactor and Fused Protection

• Smart Touchscreen Display

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POWER INTERFACE OPTIONS

• Direct DC Input/Output: Native high-voltage DC bus supports both discharge to loads and direct DC charging, provided source voltage matches system requirements

• External Inverter Ready: Seamless integration with third-party or centralized inverters for AC power conversion and AC-coupled charging

• Parallel System Architecture: Supports parallel connection of multiple pods for scalable energy and current capacity

• DC Bus Expansion: Busbar-based interconnection enables modular scaling and system-level DC aggregation across multiple pods

• Configurable Output Interfaces: Supports mission-specific DC configurations, including modular voltage scaling in 42 V steps (n × 42 V architecture), with customizable connectors, protection schemes, and interface standards

 

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

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​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)

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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