230 V pure sine wave output
The inverter module provides two 230 V sockets. Pure sine wave output is suitable for a broad range of conventional and sensitive electronic loads, provided their power requirements remain within the system limits.
Fully assembled PowerBox with inverter module
The EnergonX PowerBox NOMAD [A018]-2 is the inverter-equipped version of the NOMAD [A018]-1 configuration. It combines a 12.8 V / 165 Ah self-heating Bluetooth LiFePO₄ battery, 2112 Wh nominal energy, an EnergonX 14.6 V / 40 A / 0 V LiFePO₄ charger and a 230 V pure sine wave inverter module.
Important: the inverter's 4000 W peak rating belongs to its 24 V operating mode. In this 12 V NOMAD configuration, the applicable inverter ratings are 1200 W rated / 2000 W peak. Safe sustained system load also depends on the battery BMS, fuses, cabling, connectors and thermal conditions.
NOMAD [A018]-2 is the inverter-equipped version of the EnergonX PowerBox NOMAD [A018]-1. The 12 V system combines a high-capacity self-heating Bluetooth LiFePO₄ battery with an EnergonX 40 A charger and a pure sine wave 230 V inverter module.
Built around a black Qbrick System ONE 350 Technik 2.0 transport case, the unit retains the NOMAD 12 V connections while adding 230 V AC output. The external inverter is mounted with a detachable mechanical system so the configuration remains modular and serviceable.
The inverter module provides two 230 V sockets. Pure sine wave output is suitable for a broad range of conventional and sensitive electronic loads, provided their power requirements remain within the system limits.
In this 12 V finished product, the inverter is rated at 1200 W, with 2000 W short-duration peak power.
Ten installed M8 inserts, the NOMAD+ inverter mounting kit and two slide-foot connections provide a stable but detachable mechanical interface.
| Item | Value | Notes |
|---|---|---|
| Product name | EnergonX PowerBox NOMAD [A018]-2 | Fully assembled 12 V configuration with inverter module. |
| Product code | EX1200-NOM [A018]-2 | Exact identifier of the finished product. |
| Base configuration | EnergonX PowerBox NOMAD [A018]-1 – EX1200-NOM [A018]-1 | The inverter-equipped version is built on this configuration. |
| Transport case | Qbrick System ONE 350 Technik 2.0 | Black reinforced industrial transport case. |
| External dimensions | 585 × 385 × 322 mm | Qbrick manufacturer data. |
| Internal dimensions | 519 × 305 × 245 mm | Qbrick manufacturer data. |
| Internal diagonal | 722 mm | Qbrick manufacturer data. |
| Nominal volume | 38 litres | Qbrick manufacturer data. |
| Transport case load capacity | 50 kg | Qbrick manufacturer rating. |
| Lid load rating | 120 kg | Qbrick manufacturer rating. |
| Empty transport case weight | 6.2 kg | Qbrick manufacturer data. |
| NOMAD BASE weight | approximately 7.4 kg | Total weight of the complete NOMAD BASE unit. |
| Built-in battery | LiTime 12 V 165 Ah Dual Purpose Smart Self-Heating Bluetooth LiFePO₄ – EX2200-A018 | Group 31 size class, self-heating, Bluetooth + OTA and marine starting capability. |
| Battery dimensions | 330 × 172 × 216 mm | LiTime manufacturer data. |
| Battery weight | 15.19 kg | LiTime manufacturer data. |
| Nominal battery voltage | 12.8 V | LiFePO₄ system voltage. |
| Nominal capacity | 165 Ah | Manufacturer's nominal value. |
| Nominal energy | 2112 Wh / 2.112 kWh | Actual usable energy depends on operating conditions and system losses. |
| Battery BMS | 150 A | The BMS current rating does not mean that every external PowerBox output can carry 150 A. |
| Monitoring | Bluetooth + OTA | Status monitoring and supported firmware updates through the LiTime application. |
| Included mains charger | EnergonX 14.6 V / 40 A / 0 V LiFePO₄ charger – EX2310-EXS40-A | With a red 50 A Anderson output connector; supplied as a separate accessory. |
| Theoretical CC charging time | approximately 4.1 hours | 165 Ah ÷ 40 A; actual full charging time is longer because of the final CV stage and operating conditions. |
| Inverter module | Automatic 12/24 V detection, 230 V pure sine wave inverter – EX2310-INVDAT-4000W | Manufacturer model TY-PSW-4000; operates in 12 V mode in this finished product. |
| Inverter weight | approximately 3.43 kg | Inverter product data. |
| Rated inverter output | 1200 W | Rated inverter output in this 12 V configuration. |
| Inverter peak output | 2000 W | Short-duration startup output; not a continuous-load rating. |
| 4000 W designation | 24 V inverter-mode peak rating | The 4000 W value does not describe the output of this 12 V finished product. |
| Inverter outputs | 2 × 230 V sockets; 1 × USB-C; 1 × USB-A, 5 V / 2.1 A | The 230 V and USB outputs are located on the inverter module. |
| PowerBox DC outputs | 2 × 12 V automotive sockets; 2 × USB-C PD; 1 × 50 A Anderson; 1 × 120 A Anderson | Permitted load is jointly determined by the connector, fuse, cabling, BMS and connected load. |
| M8 mounting points | 10 installed M8 inserts – EX2100-QBRM8I | The base NOMAD case does not include them; they are installed for this complete inverter-equipped configuration. |
| Inverter mounting kit | NOMAD+ inverter mounting kit – EX2310-INV-001 | Includes the inverter support bracket and rubber spacer. |
| Inverter mounting kit weight | approximately 0.6 kg | EnergonX production data. |
| Detachable slide-foot connection | QS Custom Connectors Set 3 – EX2100-QBRCC | Uses two slide-foot connections between the PowerBox and inverter mounting kit. |
| Complete unit weight | approximately 29 kg | Finished inverter-equipped configuration; the separate mains charger is not included in this unit weight. |
| Automatic UPS function | Not included | This is a portable power source, not an automatically switching uninterruptible power supply. |
The inverter automatically detects a 12 V or 24 V input. NOMAD [A018]-2 is a 12 V finished product, so only the 12 V output ratings apply to this configuration.
The inverter's rated output in 12 V mode is 1200 W. Safe sustained system load also depends on the BMS, fuses, cabling, connectors and thermal conditions.
Peak power is intended for brief startup demands. Motor-driven, compressor-based and other high-inrush loads require separate startup-power verification.
Both sockets share the capacity of the same inverter. The power of simultaneously connected loads must be added together.
The inverter's USB outputs provide additional charging options alongside the PowerBox's integrated USB-C PD outputs.
The 4000 W peak value applies to the inverter's 24 V mode. NOMAD [A018]-2 is a 12 V system, so the correct inverter ratings for this finished product are 1200 W rated and 2000 W peak.
The standard NOMAD base case does not contain factory-installed M8 inserts. For the complete [A018]-2 configuration, all ten M8 inserts are installed and used as the mechanical interface for the external inverter module.
The EX2100-QBRM8I inserts provide the attachment points required by the complete inverter-equipped configuration.
The EX2310-INV-001 kit contains the inverter support bracket and a rubber spacer that maintains the required mechanical clearance.
QS Custom Connectors Set 3 – EX2100-QBRCC creates a stable but detachable mechanical connection between the PowerBox and inverter module.
The integrated battery provides 2112 Wh nominal energy, a 150 A BMS, self-heating and Bluetooth + OTA monitoring. Its dual-purpose starting capability is intended for supported marine and outboard-motor applications.
The separate LiFePO₄ mains charger connects through a red 50 A Anderson connector. The simple theoretical CC charging time is approximately 4.1 hours; actual full charging takes longer because of the CV stage and operating conditions.
The battery's starting capability is not a general-purpose vehicle-starting claim. It is intended for supported marine, boating and compatible outboard-motor applications. Starting current must be taken directly from the battery's M8 terminals; the PowerBox external outputs, fuses and Anderson connectors must not be used to carry engine-starting current.
Refrigerators, pumps, compressors, power tools and other inductive loads can require substantially more power during startup than during normal operation. Both running and startup demand must remain within the inverter and system limits.
Dangerous mains voltage is present at the inverter sockets. Do not use damaged cables, connectors or appliances. Earthing and electric-shock protection must follow the inverter documentation and the requirements of the specific application.
The permissible load is determined jointly by the battery BMS, fuses, cabling, connectors and thermal conditions. A connector or BMS current rating alone must not be treated as a system-wide continuous-current rating.
For outdoor use, follow the general EnergonX PowerBox requirements. Keep the PowerBox, external inverter and mains charger protected from rain, splashing water and other direct moisture unless the specific component is explicitly rated for such exposure.
For lighting, coolers, communications, chargers and suitable 12 V or 230 V loads where a larger energy reserve is useful.
For navigation, fish finders, communications and other compatible onboard loads, with the battery starting function used only within its supported marine application limits.
For portable DC power and intermittent 230 V supply at worksites, service locations and other mobile technical environments.