4096 Wh nominal energy
The 320 Ah capacity provides a large energy reserve for extended field, mobile, camping, boating and worksite applications.
EnergonX PowerBox EXPLORER [A024]-2
Fully assembled PowerBox with pure sine-wave inverter
The EnergonX PowerBox EXPLORER [A024]-2 is the [A024]-1 version expanded with an inverter module. In addition to the LiTime 12.8 V / 320 Ah Bluetooth LiFePO₄ battery, 4096 Wh nominal energy and the EnergonX 14.6 V / 40 A / 0 V charger, it also provides a 230 V pure sine-wave output.
12.8 V 320 Ah 4096 Wh 200 A BMS 230 V pure sine wave 1500 W rated 3000 W peak 40 A charger with 0 V activation
Main features
- Base configuration: the complete 12 V configuration of the EnergonX PowerBox EXPLORER [A024]-1.
- Inverter module: external pure sine-wave inverter with automatic 12/24 V detection – EX2310-INVDAT-6000W.
- Inverter output in this 12 V system: 1500 W rated and 3000 W short-duration peak power.
- Mounting kit: INVDAT 2 – EX2100-INVDAT-2.
- Detachable mechanical connection: QS Custom Connectors Set 3 – EX2100-QBRCC.
- Main fuse: 150 A.
- Outputs: in addition to the PowerBox 12 V and USB outputs, 2 × 230 V sockets, USB-C and USB-A on the inverter.
Important: 1500 W is the inverter's rated output in 12 V mode. The safe continuous system load is determined jointly by the 150 A main fuse, BMS, cabling, connectors and thermal conditions. The 6000 W peak rating applies only to the inverter's 24 V mode.
- Brand:
- EnergonX
- Product code:
- {EX1200-EXP [A024]-2}
700.532 HUF
Netto price:
551.600
HUF
Piece
(pc)
Dimensions
- Width:
- 64.1 cm
- Length:
- 48.5 cm
- Height:
- 66 cm
- Diameter:
- 685 cm
Piece
(pc)
EnergonX PowerBox EXPLORER [A024]-2
The EXPLORER [A024]-2 is the EXPLORER [A024]-1 version expanded with a pure sine-wave inverter module.
The system combines the LiTime 12.8 V / 320 Ah W190 Smart Bluetooth LiFePO₄ battery's 4096 Wh nominal energy reserve with an EnergonX 40 A mains charger and the TY-PSW-6000 external inverter module. Because this is a 12 V finished product, the inverter is used in this system with 1500 W rated output and 3000 W short-duration peak power.
Main benefits of the configuration
1500 W pure sine-wave 230 V output
In this 12 V finished product, the inverter has 1500 W rated output and 3000 W short-duration peak power.
Detachable inverter mounting
The INVDAT 2 mounting kit and QS Custom Connectors Set 3 provide a stable yet detachable mechanical connection between the inverter module and the EXPLORER.
Exact configuration and technical data
On mobile devices, the table can be scrolled horizontally.
| Aspect | Data | Note |
|---|---|---|
| Product name | EnergonX PowerBox EXPLORER [A024]-2 | Fully assembled 12 V configuration with inverter module. |
| Part number | EX1200-EXP[A024]-2 | Finished-product identifier. |
| Base configuration | EnergonX PowerBox EXPLORER [A024]-1 – EX1200-EXP[A024]-1 | The inverter-equipped version is built on this configuration. |
| Carrier case | Qbrick System ONE Cart 2.0 RED ULTRA HD CUSTOM | Red wheeled industrial carrier case with high impact resistance. |
| External dimensions | 641 × 485 × 660 mm | Qbrick manufacturer data. |
| Internal dimensions | 507 × 314 × 337 mm | Qbrick manufacturer data. |
| Internal diagonal | 685 mm | Qbrick manufacturer data. |
| Nominal volume | 52 litres | Qbrick manufacturer data. |
| Carrier-case load capacity | 100 kg | Qbrick manufacturer data. |
| Empty carrier-case weight | 10.2 kg | Qbrick manufacturer data. |
| EXPLORER BASE weight | approximately 11.6 kg | Total weight of the complete EXPLORER BASE unit. |
| Integrated M8 mounting points | 8 pcs | EnergonX EXPLORER design. |
| Integrated battery | LiTime 12 V 320 Ah W190 Smart Bluetooth LiFePO₄ – EX2200-A024 | Narrow W190 version, 189 mm wide. |
| Battery dimensions | 368 × 189 × 255 mm | LiTime manufacturer data. |
| Battery weight | 25.93 kg | LiTime manufacturer data. |
| PowerBox unit weight without inverter | approximately 37.5 kg | EXPLORER BASE and integrated battery together, excluding the separate charger. |
| Nominal battery voltage | 12.8 V | 12 V LiFePO₄ system voltage. |
| Nominal capacity | 320 Ah | Manufacturer data. |
| Nominal energy | 4096 Wh / 4.096 kWh | Actual usable energy depends on load and operating conditions. |
| Battery BMS | 200 A smart BMS | The BMS rating does not mean every external output is rated for 200 A. |
| Bluetooth | Bluetooth 5.0 | Monitoring through the LiTime app. |
| Low-temperature charge protection | Below 0 °C | The BMS blocks charging. |
| Low-temperature discharge protection | Below −20 °C | The BMS interrupts discharging. |
| Self-heating | None | This battery version is not self-heating. |
| Included mains charger | EnergonX 14.6 V / 40 A / 0 V LiFePO₄ charger – EX2310-EXS40-A | With red 50 A Anderson connector. |
| Theoretical CC charging time | approx. 8 hours | 320 Ah ÷ 40 A; actual charging time is longer because of the CV stage. |
| Inverter module | 12–24 V → 230 V / 1500–6000 W pure sine-wave inverter – EX2310-INVDAT-6000W | Manufacturer model: TY-PSW-6000; operates in 12 V mode in this finished product. |
| Inverter dimensions | approximately 33 × 24 × 9.5 cm | Current manufacturer/commercial data. |
| Inverter weight | approximately 3.61 kg | Current manufacturer/commercial data. |
| Rated inverter output | 1500 W | Rated output in this 12 V system. |
| Inverter peak output | 3000 W | Short-duration starting power, not a continuous-load rating. |
| 24 V inverter data | 6000 W peak in 24 V mode | Does not apply to this finished product's 12 V performance. |
| 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. |
| Inverter mounting kit | Accessory – INVDAT 2 mounting kit – EX2100-INVDAT-2 | For mechanical mounting of the inverter to the EXPLORER system. |
| INVDAT 2 mounting-kit weight | approximately 0.6 kg | Same weight as the INVDAT 1 mounting kit. |
| Detachable mounting connection | QS Custom Connectors Set 3 – EX2100-QBRCC | Provides a stable but detachable mechanical connection. |
| PowerBox DC outputs | 2 × 12 V cigarette-lighter sockets; 2 × USB-C PD; 1 × 50 A Anderson; 1 × 120 A Anderson | Permitted load is determined jointly by the connector, fuse, cabling, BMS and load. |
| Main fuse | 150 A | Main high-current protection of the system. |
| Automatic UPS function | None | This is a PowerBox system, not an automatically transferring UPS. |
How the inverter module operates in this system
The inverter automatically detects a 12 V or 24 V input. The EXPLORER [A024]-2 is a 12 V finished product, so only the 12 V output ratings apply.
1500 W rated inverter output
The inverter's rated output in 12 V mode is 1500 W. The safe continuous system load is determined jointly by the 150 A main fuse, cabling, connectors, BMS and thermal load.
3000 W short-duration peak
Peak power is intended for short starting demands. Loads with high inrush current require separate verification of starting power.
Two 230 V sockets
The two sockets share one inverter's total power capacity. The power of simultaneously connected loads must be added together.
USB-C and USB-A
The inverter's own USB outputs provide additional charging options alongside the PowerBox integrated USB-C PD ports.
Why is this finished product not rated at 6000 W?
The 6000 W peak rating belongs to the inverter's 24 V mode. The EXPLORER [A024]-2 is a 12 V system, so the correct values for this finished product are 1500 W rated and 3000 W peak.
Mechanical mounting of the inverter module
8 integrated M8 inserts
The factory-installed EXPLORER M8 mounting points provide the mechanical attachment points for the external inverter module.
INVDAT 2 mounting kit
The EX2100-INVDAT-2 acts as a mechanical adapter between the inverter and EXPLORER system. Its weight is approximately 0.6 kg.
QS Custom Connectors Set 3
The EX2100-QBRCC creates a detachable mechanical connection between the PowerBox M8 mounting points and the inverter mounting kit.
Stable but removable module
The inverter can be removed when required, allowing the EXPLORER to be returned to a stand-alone 12 V PowerBox configuration.
Battery and charging
LiTime 320 Ah W190 Smart Bluetooth LiFePO₄
The integrated battery provides 4096 Wh nominal energy, a 200 A smart BMS, Bluetooth 5.0 monitoring and low-temperature protection.
EnergonX 14.6 V / 40 A / 0 V LiFePO₄ charger
The separate charger operates from 230 V AC mains and charges the integrated battery through a red 50 A Anderson connector.
Understanding charging time
The simple theoretical calculation is 320 Ah ÷ 40 A = 8 hours. This represents only the theoretical duration of the maximum-current CC stage. Actual charging time is longer and depends on initial state of charge, BMS operation, temperature and the final CV stage.
Important operating and safety information
Continuous full load is near the limit of a 12 V system
A 1500 W inverter load requires high current on the 12 V side. The 200 A battery BMS, 150 A main fuse, cabling, connectors and thermal dissipation jointly determine the safe continuous load.
The load's starting power must also be checked
Refrigerators, pumps, compressors, power tools and other inductive loads may require several times their rated power at start-up. A load may be used only if both its running and starting power remain within the inverter and PowerBox limits.
Treat the 230 V output as mains voltage
Dangerous mains voltage is present at the inverter sockets. Damaged cables, connectors or appliances must not be used. Earthing and electric-shock protection must follow the inverter documentation and the requirements of the intended application.
The battery is not self-heating
Charging is not permitted below 0 °C. The BMS blocks charging but does not heat the cells. Low-temperature protection must not be bypassed.
Recommended applications
Mobile workshop and field work
For extended 12 V and intermittent 230 V power supply in workshops, at sites and in agricultural or industrial environments.
Camping, motorhomes and boating
For supplying coolers, lighting, communications, navigation, chargers and suitable 230 V loads.
Extended autonomous operation
For applications requiring a large energy reserve and pure sine-wave 230 V output at the same time.