FAQ

The EnergonX PowerBox is a special power source: designed and manufactured in Hungary, modular, expandable like LEGO, and extremely robust.  It provides power for 12V devices (optionally 230V as well) wherever no other electrical power source is available. Thanks to its versatile features, it is the “Swiss Army knife” of portable power sources.

The EnergonX brand name was born the same way: “Energon” refers to the Greek word for energy, and “X” stands for extreme conditions and limitless use. Why extreme? Because it can be used in harsh weather conditions, too. In addition, it has a rugged structure: exceptionally strong and durable.

• The unit is an independent power supply and protection system designed for extreme conditions. It withstands cold, heat, moisture, impacts, and vibration, so it operates reliably even in harsh environments. Depending on the capacity of the built-in battery/batteries, it can provide continuous power for up to several days.
• Safety plays a key role: depending on the configuration, the unit sends alerts, images, or video about events happening around it directly to the owner’s mobile device.
• Its construction is durable and future-proof. It does not become obsolete technologically, because internal components are modular and can be replaced and upgraded easily—even to higher-capacity batteries or new connector standards.
• The unit is expandable and upgradable: various electrical and mechanical accessories can be connected, such as a solar panel or a 230V inverter. It can be linked mechanically and electronically with other EnergonX and non-EnergonX systems, so it can also be used as part of a larger setup.
• Thanks to off-grid operation, it provides full freedom, does not depend on an external grid, and remains reliable even in extreme situations. It operates silently, does not disturb the surroundings, and is eco-friendly because it does not emit smoke or pollutants.
• The unit is ready to use immediately, easy to operate, and does not require special expertise or regular maintenance. It can be used continuously even while charging—there’s no need to wait for a full charge.
• Its design makes it possible to store personal items inside, so they are protected against environmental effects.
• The unit is the result of development based on more than 35 years of practical experience. It’s not a luxury solution, but a fundamental, reliable tool for those who value safety, energy independence, and predictability.

Use cases:

• Ideal for camping, fishing, and boating.
• A perfect choice for DIY projects, hobby use, and on-site industrial work.
• Supports temporary setups for vendors at fairs, markets, and festivals.
• Useful across many areas of agriculture.
• Makes field work easier for drone pilots.
• An excellent multi-purpose emergency power source for home use as well.
• Also suitable for powering certain medical devices*
• Provides support for rescue and disaster management operations (with the appropriate equipment).
• A reliable power source at EXPLORER events and during scientific research and fieldwork.

* For medical devices, use is recommended only in accordance with the manufacturer’s instructions and after professional consultation.

• Provides enough power for several days. Naturally, expected runtime depends on battery type, size, state of charge, and also on the total current draw and planned operating time of connected devices. Technical description – Battery capacity.
• Resists weather conditions. It can handle extreme weather and can be used in rain, frost, and heat. Technical description – Weather conditions of use.
• Extremely strong, durable, and load-bearing. You can sit or stand on it. Built to handle extreme conditions. Technical description – Structural description of the unit.
• Equipped with standard electronic connectors, supplying power to 5V and 12V devices. For certain types, 24V devices can also be connected. Technical description – Built-in connectors and fuses.
• Quick to recharge. It includes a charging connector through which it can be fully recharged even in 1–2 hours. Technical description – Fast battery charging.
• Can be charged from solar panels, generators, and power aggregates, and also from another battery unit. Technical description – Charging the built-in battery.
• Depending on the type, it includes a 12V or 24V connector suitable for 50A/120A current transfer. Technical description – Built-in connectors and fuses.
• Multiple different electrical devices can be connected in parallel at the same time. Technical description – Built-in connectors and fuses.
• Can be used while charging. You don’t have to wait until it’s fully charged; it remains operational and powers connected loads during charging.
• Expandable with a 230V inverter. There is a connection point that allows a direct inverter connection. The connected inverter can convert the stored energy into AC power suitable for household or industrial use. Technical description – Connecting an inverter.
• Safe. It has a battery isolation switch and an automatic main fuse. Technical description – Main fuse / main switch and battery isolation.
• Protects connected electronic devices. For internal circuit protection, it includes a fuse holder that accepts standard blade fuses (Medium/ATO–ATC). Technical description – Internal circuit protection.
• Easy to transport even with the battery installed. Technical description – Unit dimensions.
• Available in several sizes and technical configurations. A version with large, strong wheels and a pull-out handle is also available. Technical description – Available types.
• Easy to service, modular design. Built-in devices, electronics, battery, and connectors are easy to install, service, and replace. Technical description – Replacing a built-in connector afterwards.
• Includes an extra control switch (Explorer, Karaván, Nomád types). Technical description – Control switch.
• Includes pre-perforated mounting locations (Explorer, Karaván, Nomád types). Technical description – Pre-made perforated mounting points. Technical description – Mechanical connection to other units.
• Can be connected electrically to other units. Technical description – Electrical connection to other units.
• Easy to lock. Technical description – Securing / locking the unit.
• Has standard mounting points. Technical description – Installing accessories.
• Openable. The EnergonX unit’s lid can be opened, allowing access to internal electronics and storage space. Technical description – Structural description of the unit.
• Customizable. The EnergonX unit is made to order. Technical description – Available types.
• Can be used independently. Technical description – Built-in connectors and fuses.
• Compatible with multiple battery types. Technical description – Unit dimensions.
• The EnergonX unit can also be purchased without a battery. Technical description – Installing or replacing the battery afterwards.
• The installed battery can be replaced easily. Technical description – Installing or replacing the battery afterwards.

How is the EnergonX unit different from a classic UPS (Uninterruptible Power Supply)?.
Based on its functions and design, the EnergonX unit is not a classic UPS in the traditional sense, but a mobile, outdoor-ready, modular, off-grid power-source system that can also fulfill a UPS role—while being much more versatile.

Why is it not a classic UPS?

• A classic UPS
• typically powers 230V AC loads for a short time (e.g., PC, server),
• switches on automatically during a power outage,
• is fixed-installed, closed-system, usually intended for indoor use.

EnergonX, by contrast,

• can power external 12V DC devices and, optionally via inverter, 230V AC devices—even outdoors,
• is not fixed-installed; it is portable and mobile,
• is not only for backup power, but can also be used as an independent power source,
• can be charged from multiple input sources (e.g., mains charger, solar, generator),
• can be flexibly expanded and adapted, and can accept multiple battery types,
• is expandable mechanically and electrically—which is not typical for classic UPS systems,
• can be opened and can also store other items (e.g., personal belongings).

Expected runtime depends on many factors: battery type, size, state of charge, age, condition, ambient conditions (cold/heat), and the total current draw and planned runtime of connected devices.

Because multiple battery types can be installed in the EnergonX unit, runtime can be illustrated with examples. These examples help you plan which battery capacity is optimal for your needs.

Note: The examples refer to LiFePO₄ batteries in new condition, fully charged, under optimal environmental conditions. You can read more about LiFePO₄ batteries and their advantages over other battery types here: Technical description – LiFePO₄ battery .

The modular design of the EnergonX unit enables battery installation afterwards and quick replacement. This is ideal if you already have a compatible battery, or if you want to switch later to a larger capacity or newer technology. The flexible, serviceable internal layout supports long-term expandability. It reduces maintenance costs and increases lifespan. Replaceability at component level also supports recycling—making EnergonX a cost-effective and sustainable power solution.

1. Installable battery sizes

For each EnergonX model, the maximum battery size that can be placed in the electrical compartment is specified. These limits are determined by the physical design of the case and must not be exceeded under any circumstances.

A battery larger than the specified physical size will not fit safely inside the unit, therefore installation is not recommended.

Maximum dimensions of the battery compartment:

• EnergonX PowerBox EXPLORER (EX-EXP): 350 × 220 × 330 mm
• EnergonX PowerBox KARAVÁN (EX-KAR): 350 × 220 × 230 mm
• EnergonX PowerBox NOMÁD (EX-NOM): 350 × 220 × 230 mm

2. Installing multiple batteries together

The internal layout of EnergonX units may allow multiple smaller batteries to be installed at the same time, provided they fit within the designated electrical space. For example, two 100Ah batteries can be installed if their dimensions allow it.

In this case, special attention must be paid to proper electrical wiring, especially since the EnergonX unit operates as a 12V system. Connecting multiple batteries together must be done only in parallel, and only if:

• the batteries are the same type (e.g., both LiFePO₄),
• the same capacity,
• the same state of charge,
• and their age and usage cycles are also very similar.

⚠️ Safety warning
Do not connect batteries of different types or different conditions directly, as this can cause serious damage, overheating, or accident risk.

3. Connection cables, terminals, and wiring

The EnergonX unit includes pre-installed connection cables that allow the user to connect the battery easily and safely.

The cables are color-coded: positive (+) is red, negative (–) is black or blue.

Both cable ends are fitted with crimped ring terminals sized for M8 bolts. This allows stable connection to standard M8 screw battery terminals.

⚠️ Safety warning
During connection, pay special attention to correct polarity. Incorrect wiring can cause immediate circuit damage.

4. Securing the battery

If the EnergonX unit is ordered with a factory-installed battery, the manufacturer ensures proper battery mounting. This is typically done using rigid foam support that keeps the battery stable during transport and movement.

If the user installs the battery afterwards, securing it properly is the user’s responsibility.

⚠️ Safety warning

• Battery installation, wiring, and replacement may only be performed with the main breaker (main switch) turned OFF.
• During installation, it is recommended to fully isolate the battery from EnergonX circuits.
• Only use a battery that matches the EnergonX system in size, voltage, and performance.
• Incorrect wiring, reversed polarity, or an oversized battery can cause short circuit, fire, or total device failure.
• Battery installation, wiring, and paralleling multiple batteries should preferably be carried out by a qualified electrical professional.
• Secure the battery tightly inside the unit using anti-slip or shock-absorbing material to prevent movement.

When purchasing LiFePO₄ batteries, a common question is whether it’s worth choosing cheaper, China-made products or the more reliable European-made alternatives. Below we compare these options in terms of price, quality, and warranty.

Price:

• Products ordered directly from China (or from a Chinese company’s EU warehouse) may look extremely attractive at first. However, shipping costs, customs handling, and possible VAT can significantly increase the final price. In addition, quality and capacity often do not match the advertised specifications.
• He-Li (LiFePO₄ Hungary Kft.) batteries are made in Hungary. Their price is higher than China-made products, but includes real service support, reliable quality, and long-term warranty.

Quality:

• China-made: Quality varies. Many buyers report that received batteries do not reach the advertised capacity or are assembled from used cells. The built-in BMS (Battery Management System) is often low quality, which can cause long-term issues. A common problem is that built-in voltage and charge indicators are inaccurate.
• He-Li: He-Li batteries are made from guaranteed high-quality cells, equipped with a reliable BMS. The manufacturer’s European presence ensures strict quality control and long service life. These batteries connect via built-in Bluetooth to an LCD display or mobile app, and the shown voltage and charge data are accurate.

Warranty and support:
 

• China-made: Warranty claims can be difficult because products arrive from outside the EU and returns are expensive. In many cases, buyers do not receive adequate support when problems occur.
• He-Li: He-Li batteries include local warranty and service support. If issues arise, they provide fast and effective help, which is especially important for emergency or critical applications.

Summary:
 

The attractive price of cheap imported batteries comes with uncertainty around quality and reliability. Of course, this does not mean every imported battery is unusable or unreliable. However, better-quality imported batteries often also come at a higher price level. The buyer must decide—considering quality, related services, and price—which type to choose in the end.

Recommendation:
 

If you are looking for a long-term, reliable, and safe solution—especially for critical applications like the EnergonX unit—HeLi is an excellent choice. Although the upfront cost is higher, quality, warranty, and EU-based support pay off over time. More about HeLi batteries: Technical description – HeLi batteries

If you are looking for a lower-priced battery for the EnergonX unit and can accept a shorter warranty period and fewer services, we recommend these types: Technical description – affordable, good value China-import batteries

The EnergonX unit can be used safely and reliably even outdoors in extreme environments, provided that the prescribed sealing and installation conditions are met. The industrial case used as the base—Qbrick System ONE—is protected against splashing water, dust, and mechanical impacts, and can be used between -20 °C and +60 °C. The housing is made of impact-resistant, UV-resistant plastic and, when properly sealed, withstands rain, snow, mud, and intense sunlight.

However, usability is determined not only by the outer case, but also by the type of installed battery and its temperature tolerance. For example, a LiFePO₄ battery (typically usable between -20 °C and +60 °C) should not be charged below freezing, because it can be irreversibly damaged. Therefore, in cold environments, using a heated LiFePO₄ battery with a BMS is recommended.

In hot environments, note that the sealed case has no active ventilation, so internal heat generated by the battery and electronics may increase. In such cases it is especially important that connected devices do not exceed recommended load limits, and that the unit is placed in a shaded, well-ventilated location.

In summary:

• The case itself can be used outdoors between -20 °C and +60 °C.
• The installed LiFePO₄ battery can be used between -20 °C and +60 °C, but is recommended to be charged only above 0 °C.
• The system provides maximum protection when the lid is fully closed and the covers of unused connectors are also closed.
• If the user makes additional holes, a watertight cable gland (e.g., grommet/gland) must be used, especially in rainy or dusty environments.
• For outdoor use, operation is recommended only when the unit is properly sealed, undamaged, and assembled in a watertight manner.

One of the most important building blocks of the unit is a special industrial case. The EnergonX unit is made by equipping this high-quality Qbrick case with various electronic components: a display, connectors, cables, switches, and fuses. During production, we pay close attention to preserving the legendary extreme load capacity of Qbrick products.

If both the unit’s lid and the covers of installed electronic connector elements are closed, the contents remain protected against extreme weather conditions. After the conversion, the EnergonX unit is assembled. Then a properly sized and typed battery can be placed inside. This is how this special power source is made—designed specifically for harsh outdoor conditions and extreme weather. Thanks to material choice and flexible seals, the cases resist dust, water, and the effects of high or low temperatures.

Technical information:

Important: When describing dimensions and features, we specify the characteristics before and after conversion. “Before conversion” means the factory state of the case without our modifications. “After conversion” means the state after the electronic devices have been installed. 

• During installation, we create two separate internal compartments, separated by a plastic divider wall.
• One is the electrical compartment, where the electronics are installed. The battery can also be placed here.
• The other is a personal storage compartment, suitable for storing any items you want to protect from environmental effects.
• The structure of the unit is highly resistant to environmental effects. It can protect not only the electronics inside, but also the user’s other items—documents or anything else.

EnergonX PowerBox units can be ordered as custom builds in several case sizes and configurations.  The 3 most typical types:

EXPLORER (EX-EXP)

• The most massive, easily rollable, high-capacity member of the family, designed for heavy-duty use.
• If you need a solution for rough terrain / cold / heavy loads, this is made exactly for that.
• Up to a 6.5 kWh battery capacity can be installed.
• Wheels and mobility
• Large diameter (≈223 mm), thick rubber-coated wheels with a metal axle, so it can handle stairs and rough ground and rolls relatively quietly.
• Anodized aluminum telescopic handle that can be extended and, in some versions, removed for easier transport/packing.

KARAVÁN (EX-KAR)
 

The most popular member of the family. Versatile, medium size. Designed for multi-day trips, caravan travel, boats, and temporary setups. If you want a mobile power source that is still easy to move but already has serious reserve, Karaván is an ideal choice.

• Depending on configuration, up to 2.8 kWh battery capacity can be installed. This can power a fridge, lighting, a water pump, and your essential devices for a long time.
• Highly expandable, well equipped with built-in mechanical mounting points.
   

Mobility and packability:
• A size and weight that is manageable by hand, in a car, and in a caravan, with a solid handle for safe lifting and loading.
• Shape and surface are designed for easy securing in a car, caravan, or boat, and to safely withstand vibration and impacts.
 

NOMÁD (EX-NOM)

• Nomád is the “budget-friendly” version of the Karaván type. 
• It can do everything Karaván can, and differs only in 3 things:
• Its color is black. 
• Its material is recycled Ultra HD plastic.
• It does not include the M8 inserts. Of course, these can also be ordered afterwards.

When building the EnergonX unit, we pay close attention to preserving the legendary extreme load capacity of Qbrick products. If the unit’s lid and the covers of installed electronic connector elements are closed, the contents remain protected against extreme weather. After the conversion, the EnergonX unit is assembled, and then the correctly sized and typed battery can be placed inside. This is how this special power source is made—specifically designed for harsh outdoor conditions and extreme weather. Thanks to material choice and flexible seals, the cases resist dust, water, and the effects of high or low temperatures.

Different battery types used in EnergonX units—such as flooded lead-acid, AGM, gel, and modern LiFePO₄ (lithium iron phosphate)—tolerate fast charging to different degrees. 
The goal of fast charging is to supply the battery with high charge current in a short time, so it becomes ready for use faster. AGM and LiFePO₄ batteries—with a suitable charger—tolerate higher charge currents well, typically up to 0.5–1x their nominal capacity (e.g., a 100Ah LiFePO₄ battery can be safely charged at 50–100A). 

Accordingly, the EnergonX unit is equipped with a 50A Anderson connector, enabling high-current charging if the connected charger supports it and the main switch is ON. 

⚠️ Safety warning! 

• Fast charging must only be performed with a manufacturer-recommended charger, correct voltage, and within suitable temperature conditions. 
• Especially with lead-acid and gel batteries, excessive charge current can cause gassing, heating, and reduced lifespan—in extreme cases even an explosion hazard. 
• Before fast charging, always verify the battery type and the manufacturer’s charging specifications, and ensure the charger has the correct charging profile (e.g., LiFePO₄, AGM mode). 
• Improper charging is a serious safety risk, so fast charging is recommended only with proper supervision and technical conditions.

Different battery types used in EnergonX units—such as flooded lead-acid, AGM, gel, and modern LiFePO₄ (lithium iron phosphate)—tolerate fast charging to different degrees. 
The goal of fast charging is to supply the battery with high charge current in a short time, so it becomes ready for use faster. AGM and LiFePO₄ batteries—with a suitable charger—tolerate higher charge currents well, typically up to 0.5–1x their nominal capacity (e.g., a 100Ah LiFePO₄ battery can be safely charged at 50–100A). 

The EnergonX unit is equipped with a 50A Anderson connector, enabling high-current charging if the connected charger supports it and the main switch is ON. 
⚠️ Safety warning! 

• Fast charging must only be performed with a manufacturer-recommended charger, correct voltage, and within suitable temperature conditions. 
• Especially with lead-acid and gel batteries, excessive charge current can cause gassing, heating, and reduced lifespan—in extreme cases even an explosion hazard. 
• Before fast charging, always verify the battery type and the manufacturer’s charging specifications, and ensure the charger has the correct charging profile (e.g., LiFePO₄, AGM mode). 
• Improper charging is a serious safety risk, so fast charging is recommended only with proper supervision and technical conditions.

One of EnergonX’s biggest advantages is flexible multi-source charging, which keeps the system operational in almost any conditions—whether in a home, tent, boat, forest, or even a disaster situation.

Thanks to compatibility with various energy sources (solar, 230V mains, generator/aggregate, vehicle generator, another battery), EnergonX can always be recharged, regardless of external circumstances. This flexibility is especially important for survival, comfort, and secure power availability.
Charging the built-in battery can be done in multiple ways. A key design goal was enabling the user to choose the most practical charging method based on available technology and environmental conditions—whether from a fixed grid or a mobile power source.
 

1. Charging from 230V mains

The most common method is charging from a 230V AC source. The manufacturer primarily recommends using a charger appropriate for the given battery type, and connecting it to the unit via the built-in 50A Anderson connector.

• The mains charger must have an Anderson connector to match the EnergonX connection system.
• Charging works only when the main breaker (main switch) is ON; otherwise the charger cannot feed energy into the circuit.

2. Charging with a solar system

EnergonX is ideal where no grid power is available, because it can connect directly to solar charging systems. In this case, connection is also made via the built-in Anderson connectors.

• A solar setup requires an MPPT or PWM charge controller that provides an optimized charging profile for the battery type (AGM, lead-acid, LiFePO₄).
• Charging efficiency depends heavily on solar panel output, orientation, sunny hours, and weather conditions.

3. Alternative charging options

The EnergonX unit can also be charged from other mobile power sources:

• Gasoline or diesel generator/aggregate: a model with regulated 12V DC or 230V AC output can be used. Charging is done via the mains charger.
• 12V vehicle alternator or boat engine: if the engine’s charge controller can provide stable voltage, it can be connected to the EnergonX Anderson connector.
• Another battery unit: when connecting in parallel, pay attention to polarity and matching voltage. This method should only be used if the charge current is fed into the system in a controlled, professionally verifiable way, e.g., via a DC/DC charger.

⚠️ Safety warning

• Before charging, make sure the main breaker (main switch) is ON.
• Never use multiple charging methods in parallel at the same time for the same battery.
• Do not use a charger that lacks overcharge protection—especially for LiFePO₄ batteries.
• Do not modify factory wiring or polarity, as this can damage the battery, charger, or EnergonX unit and may even cause fire.
• During charging, place the unit in a well-ventilated area, especially when using a traditional lead-acid battery.

The EnergonX unit comes factory-equipped with multiple standard electrical connectors, allowing safe and efficient connection of various loads—even multiple devices at the same time. When designing connector types and layout, the primary goals were versatility, easy access, and safe operation even in outdoor environments.
 

1. Default built-in connectors and fuses
The base EnergonX unit includes the following connectors and fuses:

• 2 pcs micro-switched, 3-port USB chargers (Dual USB-C PD 3.0 + USB-A QC 3.0)

These connectors allow charging mobile phones, GPS devices, tablets, action cameras, and other low-voltage devices. The micro switch enables or disables power delivery, preventing unnecessary standby consumption.

• 2 × 12V cigarette lighter sockets

Standard 12V DC sockets commonly used in automotive applications. Suitable for powering small refrigerators, fans, air pumps, low-power inverters, and other typical 12V devices.

• 1 digital voltage display

Continuously shows the current battery voltage of the EnergonX unit, helping monitor battery status—especially useful when operating higher loads or an inverter.

• 1 LED-controlled auxiliary switch

Allows switching external accessories such as LED lighting, water pumps, or fans. The illuminated switch indicates active status.

• 1 main switch (automatic circuit breaker, 80A)

Acts as the main power disconnect and protection device. Automatically trips in case of overload, overheating, or fault conditions, and can be reset manually.

• 1 fuse holder with 50A replaceable AGU glass fuse

Protects the system against excessive current when using the 50A Anderson connector.

• 1 fuse box with 4 fuse slots (Medium / ATO–ATC)

Standard blade fuses protect individual circuits. Fuse ratings must always match the current demand of the connected devices.

2. High-current connectors

• 1 × 50A Anderson connector

Suitable for high-current charging, solar systems, or medium loads such as refrigerators, LED floodlights, or medium-size inverters. Provides fast, polarity-safe connection.

• 1 × 120A Anderson connector

Designed for high-power devices such as large inverters, electric motors, or connection to other EnergonX units. Protected by the main circuit breaker.

3. Expandability

In addition to factory-installed connectors, the EnergonX unit includes pre-defined perforated mounting points that allow additional connectors or switches to be installed later. This ensures long-term adaptability to new devices and standards.

⚠️ Safety warning

• All connectors are protected by appropriately rated fuses.
• Fuse values must always match the connected device’s nominal current.
• Never use damaged, oxidized, or loose connectors.
• Always make or change connections with the main switch turned OFF.
• Regular inspection and cleaning of connectors—especially in outdoor use—are essential for long-term reliability and safety.

Yes. The EnergonX unit is designed to support external 230V inverters in a safe and flexible way. Multiple connection options are available depending on inverter power.

1. Low-power inverters (up to ~150W)

Small inverters can be connected to the 12V cigarette lighter sockets. These sockets are protected by individual fuses (typically 10–15A).

2. Medium-power inverters (300–600W)

Medium inverters should be connected via the 50A Anderson connector, which draws power directly from the battery through protected internal wiring.

3. High-power inverters (800–1500W or more)

High-power inverters must be connected via the 120A Anderson connector. Power is limited and protected by the 80A main circuit breaker.

⚠️ Important safety note

Inverters generate significant heat. The EnergonX enclosure is sealed and not ventilated for inverter heat dissipation. Therefore, inverters must never be installed inside the unit. They must be mounted externally using the dedicated mechanical mounting points.

Yes. EnergonX units are designed with modularity in mind. Connectors, switches, displays, and fuse elements can be replaced or upgraded later to match new technologies or user requirements.

This means the unit does not become obsolete when connector standards change. Instead, individual components can be updated without replacing the entire system.

⚠️ Safety notice

• All modifications must be performed with the main switch OFF and the battery disconnected.
• Only certified, properly rated components should be used.
• Incorrect wiring or fuse selection can cause serious damage or fire.

Yes. EnergonX units are designed to be both mechanically and electrically connectable, enabling scalable systems.

Mechanical connection

The base structure uses modular Qbrick system cases, allowing multiple units to be securely stacked or fixed together.

Electrical connection

Units can be connected via Anderson connectors to:

• increase total battery capacity (parallel connection),
• supply different loads from different units,
• build a flexible, expandable off-grid power network.

⚠️ Safety warning

• Only connect systems with identical voltage levels.
• Always verify polarity and current limits before connection.
• If unsure, consult a qualified electrician.

Yes. The EnergonX unit includes integrated locking eyelets on the front of the lid, allowing it to be secured with a standard padlock.

While this does not provide absolute theft protection, it serves as an effective deterrent and clearly indicates restricted access.

This is particularly useful in outdoor or semi-public environments such as campsites, marinas, construction sites, or temporary installations.

EnergonX units feature multiple standardized mechanical mounting points that allow accessories to be securely attached.

• M8 threaded inserts (depending on model)
• Aluminum mounting rails on selected models

These allow installation of tool holders, lighting, brackets, clamps, antennas, cameras, and custom accessories.

Accessories remain stable during transport and intensive use, while still being easy to remove or reconfigure.