EnergonX UPS Tech 12 [A024]-1
🔋12.8 V / 320 Ah
⚡4.1 kWh
〰️1000 W pure sine wave
↔Automatic UPS
📱Bluetooth monitoring
🛡️AVR + LiFePO₄
🧰EXPLORER frame
EnergonX UPS Tech 12 [A024]-1
SKU: {EX1400-EXP-12 [A024]-1}
A fully assembled 12 V EnergonX UPS system with a LiFePO₄ battery providing 4.1 kWh of nominal stored energy and an external pure sine wave UPS module. During mains operation, the system powers the connected loads and charges the battery; in the event of a power failure or significant mains-voltage deviation, it automatically switches to battery operation.
The UPS module provides up to 1000 W continuous output, two 230 V sockets, AVR voltage regulation and fixed-phase operation. The 320 Ah LiTime battery can be monitored via Bluetooth 5.0.
Fully assembled system: EXPLORER frame, UPS EXT Tech 1000, LiTime 12V 320Ah Bluetooth LiFePO₄ battery, eight integrated M8 mounting points and the required EnergonX connector sets.
Usable energy: the nominal 4.1 kWh battery energy is not the same as the energy actually available from the 230 V outputs. Runtime is affected by load power, UPS efficiency, battery condition, temperature and the configured protection thresholds.
- Brand:
- EnergonX
- Product code:
- {EX1400-EXP-12 [A024]-1}
579.069 HUF
Netto price:
455.960
HUF
Piece
(pc)
Piece
(pc)
🔋12.8 V / 320 Ah
⚡4.1 kWh
〰️1000 W pure sine wave
↔Automatic UPS
📱Bluetooth monitoring
🛡️AVR + LiFePO₄
🧰EXPLORER frame
EnergonX UPS Tech 12 [A024]-1
The EnergonX UPS Tech 12 [A024]-1 is a fully assembled 12 V EnergonX UPS system that combines a high-capacity LiTime 320 Ah LiFePO₄ battery, the pure sine wave UPS EXT Tech 1000 module and the mobile EXPLORER frame in one operational unit.
The system stores 4096 Wh, or approximately 4.1 kWh, of nominal energy. During mains operation it powers the connected loads and charges the battery; in the event of a power failure or significant mains-voltage deviation, it automatically switches to battery operation.
Main benefits
Fully assembled EnergonX UPS systemThe battery, external UPS module, frame and required connectors form one integrated unit.
4.1 kWh nominal energy reserveThe 12.8 V, 320 Ah LiFePO₄ battery stores 4096 Wh of nominal energy.
1000 W pure sine wave 230 V outputSuitable for sensitive electronics, control systems, circulation pumps and smaller critical loads.
Automatic UPS transferDuring a mains failure, the unit typically switches to battery operation in approximately 4 ms.
Bluetooth battery monitoringThe LiTime app can display state of charge, voltage, current, power and cycle count, among other data.
Modular EXPLORER frameThe mobile frame and eight integrated M8 mounting points support stable installation and future expansion.
AVR mains-voltage regulationCorrects moderate mains-voltage deviations without switching to battery operation.
Fixed-phase operationWith correct mains wiring, it can provide backup power for phase-sensitive boilers and control systems.
Not a BASE version: this version is supplied as a fully assembled, operational EnergonX UPS unit with battery, external UPS module and the listed connector and mounting components.
System configuration
| System component | Description | SKU |
|---|---|---|
| Frame | FRAME – EXPLORER | {EX-EXP-VÁZ} |
| External UPS module | UPS EXT Tech 1000 | {EX2310-UPSTech-1000} |
| Battery | LiTime 12V 320Ah Bluetooth LiFePO₄ battery | {EX2200-A024} |
| M8 mounting point | Integrated, 8 pcs | {EX2100-QBRM8I} |
| Connector set | QS Custom Connectors Set 3 | {EX2100-QBRCC} |
| UPS connector set | Accessory – UPS connector set | {EX2100-UPSHT120} |
UPS function and 230 V power supply
The TECHTRON ZA-TECH-1000-PLUS external UPS module provides up to 1000 W of continuous pure sine wave 230 V output through two sockets. Line-Interactive operation, fast automatic transfer and four-step AVR support uninterrupted operation of the connected loads.
The integrated three-stage charger can be set to a maximum current of 5, 10, 15, 20 or 30 A. Charging, float, warning and cut-off voltages can be adjusted to suit the installed LiFePO₄ battery.
Output-power limit: although the 200 A battery BMS can support higher DC current, the continuous 230 V output of the complete system is limited to 1000 W by the UPS module.
Starting power: motors, pumps, fans and other inductive loads may draw several times their rated power during start-up. Both operating and starting power must be considered when selecting the system.
4.1 kWh LiFePO₄ energy storage
The LiTime 12V 320Ah W190 Smart battery provides 4096 Wh of nominal energy, a 200 A intelligent BMS and Bluetooth 5.0 monitoring. Battery status and real-time operation can be followed in the LiTime app.
320 Ah capacityLarge energy reserve for longer-duration backup-power tasks.
200 A BMSProtection against overvoltage, undervoltage, overcurrent, short circuit and abnormal temperature.
Bluetooth 5.0Real-time battery data and diagnostic information in the mobile application.
Low-temperature charging protectionBelow 0 °C, the BMS disables charging to protect the cells.
Actual runtime: the nominal 4096 Wh energy cannot be used in full through the 230 V output. Actual runtime depends on load power, UPS efficiency, battery state of charge and condition, temperature and the configured protection thresholds.
Cold-environment operation: the battery is not self-heating. The charging protection below 0 °C must not be bypassed.
Runtime example – modern boiler and circulation pump
The following example uses reference values for a modern condensing boiler in the 32 kW class and a high-efficiency circulation pump suitable for heating a larger family home. The boiler’s heating output is not the same as its electrical power consumption.
Boiler electrical powerCalculated with a maximum electrical consumption of 113 W.
Circulation pumpCalculated with a maximum electrical consumption of 40 W.
Combined continuous load113 W + 40 W = 153 W.
Nominal battery energy4096 Wh / 4.096 kWh.
| Calculation step | Value | Notes |
|---|---|---|
| Nominal battery energy | 4096 Wh | Nominal energy of the LiTime 12.8 V / 320 Ah battery. |
| Assumed usable battery energy | 4096 Wh × 90% = 3686 Wh | The example leaves a 10% energy reserve in the battery. |
| Assumed UPS efficiency | 88% | An assumption used only for this example, not a guaranteed product-efficiency value. |
| Estimated usable 230 V energy | 3686 Wh × 88% ≈ 3244 Wh | After deducting inverter losses. |
| Combined boiler and pump load | 153 W | 113 W boiler + 40 W pump. |
| Estimated continuous runtime | 3244 Wh ÷ 153 W ≈ 21.2 hours | Calculated at continuous maximum reference load. |
Example result: under the stated assumptions, the system can continuously power a modern boiler consuming 113 W and a circulation pump consuming up to 40 W for approximately 21 hours.
Actual runtime may differ: boilers and pumps generally do not operate continuously at maximum power, so longer runtime may be possible at partial load. Additional loads, starting current, battery temperature and condition, UPS losses and the configured cut-off voltage may reduce runtime.
Sizing rule: for a specific heating system, it is advisable to measure the actual electrical consumption of the boiler, pump and all related controls. This calculation is illustrative and does not constitute a guaranteed runtime.
EXPLORER frame, mounting and connections
The high-capacity battery and external UPS module are integrated into one mobile system on the EXPLORER frame. Eight integrated M8 mounting points provide stable mechanical installation and options for later expansion.
The QS Custom Connectors Set 3 and the dedicated UPS connector set form part of the finished system’s connection architecture. The accessible position of the external UPS module supports operation, ventilation, inspection and later professional maintenance.
Modular design: the main EnergonX system components remain accessible, replaceable and adaptable to future requirements. Any modification must be carried out with appropriate electrical and mechanical engineering.
Main technical specifications
The table summarises the main data for the complete system, the installed battery and the external UPS module. Where no verified value is available, “No data” is shown.
| Parameter | Value | Notes |
|---|---|---|
| SKU | {EX1400-EXP-12 [A024]-1} | EnergonX finished-product item number. |
| Product name | EnergonX UPS Tech 12 [A024]-1 | Fully assembled EnergonX UPS unit. “Tech” refers to the external UPS module type, while “12” indicates the 12 V system voltage. |
| System voltage | 12 V / 12.8 V | 12 V LiFePO₄ system. |
| Nominal battery voltage | 12.8 V | LiTime LiFePO₄ battery. |
| Battery capacity | 320 Ah | Manufacturer-rated capacity. |
| Nominal stored energy | 4096 Wh / 4.096 kWh | 12.8 V × 320 Ah. |
| Battery chemistry | LiFePO₄ | Lithium iron phosphate. |
| Battery BMS | 200 A | Integrated intelligent battery management. |
| Bluetooth | Yes, Bluetooth 5.0 | Monitoring through the LiTime app. |
| Low-temperature charging protection | Yes | Below 0 °C, the battery BMS disables charging. |
| Self-heating | No | The battery is not self-heating. |
| EXPLORER frame external dimensions | 641 × 485 × 660 mm | EnergonX frame data. |
| Battery dimensions | 368 × 189 × 255 mm | Length × width × height. |
| External UPS module dimensions | approx. 34 × 17 × 38 cm | The manufacturer does not specify the dimension order. |
| Overall system dimensions | No data | |
| EXPLORER frame weight | approx. 10.2 kg | EnergonX frame data. |
| Battery weight | approx. 25.93 kg | Manufacturer data. |
| External UPS module weight | approx. 10.5 kg | Manufacturer data. |
| Combined system weight | approx. 46.6 kg | Sum of the stated frame, battery and external UPS module weights; the actual finished-product weight may differ slightly because of smaller fittings and cables. |
| Battery IP rating | IP65 | Does not define the IP rating of the complete assembled system. |
| Battery cycle life | 4000 cycles at 100% DOD; 6000 cycles at 80% DOD; 15,000 cycles at 60% DOD | Manufacturer data. |
| UPS manufacturer model | TECHTRON ZA-TECH-1000-PLUS | External UPS/inverter module. |
| UPS topology | Line-Interactive | With automatic transfer and AVR. |
| Continuous 230 V output power | up to 1000 W | System output power is limited by the UPS module. |
| Rated apparent power | 1500 VA | Manufacturer data. |
| Short-term overload capability | up to approx. 1200 W for a maximum of 30 seconds | The UPS may then shut down. |
| Output waveform | Pure sine wave | Suitable for sensitive electronic equipment. |
| 230 V outputs | 2 | Located on the UPS module. |
| UPS transfer time | typically approx. 4 ms, maximum 8 ms | From mains to battery operation. |
| Return transfer time | typically approx. 2 ms, maximum 4 ms | After mains stability has been verified. |
| AVR | Yes, 4-step, approx. ±8% | Mains-voltage regulation. |
| Fixed-phase output | Yes, with correct mains wiring | Installation must be checked by a qualified electrician. |
| Integrated battery charger | Three-stage intelligent charger | Part of the UPS module. |
| Selectable maximum charging current | 5 A / 10 A / 15 A / 20 A / 30 A | Must be set to a value suitable for the battery. |
| Mains input voltage range | approx. 160–270 V AC | At extreme values, the UPS may switch to battery operation. |
| EXPLORER frame | Mobile modular frame | For integrating the battery and external UPS module into one mobile system. |
| Integrated M8 mounting points | 8 | For mechanically securing accessories and fittings. |
| Connector sets | QS Custom Connectors Set 3 + UPS connector set | Parts of the assembled system. |
| Complete-system IP rating | No data |
Recommended applications
- Backup power for gas boilers, circulation pumps and heating controllers.
- Smaller critical loads in institutional, industrial or agricultural applications.
- Routers, modems, network equipment, camera systems and communication devices.
- Computers, controllers, monitoring systems and smaller technical electronic equipment.
- Lighting, gate control, security equipment and other loads requiring up to 1000 W continuous power.
- Applications where pure sine wave 230 V output, AVR or phase-correct supply is important.
Not every load below 1000 W can be started safely: compressors, motors and transformer-based equipment with high starting current require separate assessment. The external UPS manufacturer does not recommend the unit for conventional compressor refrigerators.
Safety and installation warning
230 V mains voltage: system installation, phase-correct wiring and use with a boiler or building-services system must be checked by a qualified electrician.
Stand-alone output: loads may be connected directly to the two 230 V sockets. The output must not be connected to or backfeed the building’s existing electrical installation.
High-current 12 V system: battery-to-UPS connections may be disconnected or modified only while de-energised. Cabling, fusing and connector modifications must be carried out professionally.
Ventilation: the UPS fan and ventilation openings must remain unobstructed. At least 15 cm of free space must be provided around the module.
Moisture and location: no IP rating is specified for the complete system. Use only in a dry, dust-free and well-ventilated area, protected from rain, water, corrosive gases, fuel and flammable materials.
Charging in cold conditions: the battery is not self-heating. The BMS disables charging below 0 °C, and this protection must not be bypassed.
Load limit: the combined continuous 230 V load must not exceed 1000 W. Starting peak power must be considered separately for every load.
Repair and modification: do not open, modify or attempt to repair the UPS module, battery or high-current connections.