ICONICA MAX 8000W 48V HYBRID PURE SINE WAVE INVERTER WITH COMBINED 8000W DUAL-INPUT SOLAR MPPT CONTROLLER, 120A SOLAR CHARGING CURRENT, 120A MAINS BATTERY CHARGER, PARALLEL CAPABILITY AND INBUILT WI-FI MOBILE MONITORING (NO BATTERY REQUIRED)

The Iconica MAX 8000W 48V hybrid inverter intelligently combines the functions of an 8000W pure sine wave inverter, 120A MPPT solar charge controller with two independent inputs and an extremely powerful 120A smart battery charger in one single portable unit. This model can accept input from solar panels, mains power/ generator and a battery - either from a single or combination of input sources. In addition to its unique hybrid capability, this innovative inverter features advanced communication functions, along with a menu full of highly customisable settings.

This inverter features the rare and unique ability to power AC appliances without connection to a battery - directly from solar power.

This is the perfect solution for any off-grid application with limited or zero access to traditional mains power. This hybrid inverter features an Uninterrupted Power Supply (UPS), making it the ideal option for applications where the power supply is unreliable, intermittent, or expensive to maintain. This inverter is great for both stationary and mobile off-grid installations (e.g., remote properties, holiday homes, huts and cabins or narrowboats, yachts etc), as well as for customers looking to reduce their mains electricity usage and save on electricity bills. It could also create the perfect back-up system in locations suffering from frequent power cuts.

Key functions:

1. 8000W 48V Pure sine wave inverter: Converts DC current into 230V AC mains electricity, to run various household appliances such as a TV, laptop, fridge, microwave, lighting etc. Able to generate 8000VA of continuous power with a strong peak power handling capability of up to 16000VA (to start powerful appliances with electric motors such as pumps, a vacuum cleaner, power tools etc). This inverter is a pure sine wave type, which easily surpasses modified sine wave inverters in terms of efficiency and compatibility with a wider range of appliances.

2. Inbuilt 8000W high solar input MPPT Solar charge controller: Two independent solar inputs can each accept up to 4000W of solar power. The MPPT charge controller regulates the input from the solar panels and charges the batteries at up to 120A, with a full range of safety functions including protection against overcharge, overheating, reverse current etc. Advanced MPPT technology extracts the maximum possible output from the solar panels and operates at up to 98% efficiency. This inverter is therefore well-suited to systems with large and powerful solar arrays, or two solar arrays with different panels or light conditions. Performance data for the solar arrays is displayed on the LCD screen.

3. Enhanced 120A Smart battery charger: Designed to enable safe, efficient, and fast (up to 120A) unattended charging of a battery from a mains power source or generator, with full overcharge protection and multiple charging stages.

4. System expansion potential: This inverter has the ability to be connected in parallel with additional identical units (maximum of 5 further inverters), offering the possibility of large-scale system expansion, with up to 48kw of power handling capability. Once connected in parallel, there is the option for 3-phase operation (ideal if the system is being used to power industrial grade equipment and machinery run on 3 phase).

Additional intelligent features:

The Iconica MAX 8000W 48V hybrid inverter boasts an abundance of unique features, providing enhanced functionality over standard inverters. These include:

- Load power without a battery: This inverter is able to power AC loads (and itself) directly from the solar input, without the need for a battery bank to be connected to the inverter. By powering loads using the energy directly supplied from the solar panels, this Iconica inverter offers a uniquely independent and versatile power system, free from batteries if preferred. Removing the need for batteries also increases the efficiency of the energy generated from the solar array by reducing the power losses that this transfer of energy would usually cause. However, if a battery bank is available, the inverter can power loads directly from the solar panels whilst the charging batteries at the same time. For example, if 4000W of solar power is flowing into the inverter, 2000W can be used to run appliances whilst the remaining 2000W will be used for charging the battery bank. 

- Output source priority: This intelligent feature allows the user to set output source preferences (solar/battery power/mains input or a generator) for the AC load output of the inverter. This menu includes several options for varying conditions and scenarios, e.g., which source of energy is given priority for the AC output if solar power is insufficient/if battery voltage is too low/if mains is unavailable, etc.

- Battery charging priority: A wide selection of battery charging priority options are available. For instance, the user can choose to charge the battery using solar power only/using a combination of solar power and mains power/from mains power only etc.

- A range of highly customisable settings: The parameters for this inverter can be personalised to an exceptionally specific degree via the user-friendly interface. At the touch of a button, the user can customise parameters such as the AC input range, battery type, max charging current, specific high/low voltage disconnect points (and preferred charging source upon reconnection), the duration and voltage of each charging stage, auto-restart options, power saving mode, overload bypass, battery equalization stage characteristics and so on. There are also options for managing operational features such as the audible alarm and backlight settings.

- Illuminated removable LCD screen: Displays vital statistics which are easily changeable by use of the up/down keys. This information includes: status and mode, input/output voltage, frequency, battery voltage, load power and percentages, charge and discharge current etc. The LCD display is removable and can be positioned up to 20m away from the inverter for remote system monitoring (requires additional basic RJ45 connection cable – not included).  

- Customisable RGB light bar: LED indicator strip across the front of the inverter can be programmed to show battery charge level or solar/mains/battery input in customisable colours, allowing you to easily see the system status at a glance.

- Advanced communication options: The inverter is supplied with a PC connection cable and PC software CD for convenient viewing of important system information, such as:  solar/battery/AC voltage, charging current, battery capacity etc. Detailed data logs are also available to view and export to PDF/Excel formats from the PC software. This inverter also has the potential to send data to a mobile app using the built-in wi-fi kit, or to an online user portal using a Wi-Fi connection kit (purchased separately). By connecting via this method, the user will unlock access to exclusive features such as email status updates for the inverter, remote system monitoring from any location and much more.

- Auto restart function: When overload or overheating occurs, the inverter will disconnect the load appliances, and automatically reconnect once safe conditions are detected.

- Generator auto-start function: If connected to a generator via dry contacts, the Iconica inverter can send a signal to automatically start the generator as soon as the battery voltage drops below a certain level.

- Intelligent cooling design: The inverter uses predictive fan logic based on performance and temperature (1, 2 or 3 fans operating at a time, with variable speeds) to prevent over-heating of the components. 

Compatibility:

This hybrid inverter is suitable for 48V flooded, sealed GEL/AGM lead-acid and Lithium batteries with pre-defined charging programs (consult the battery supplier for advice on Lithium battery charging settings). A user-defined battery type with numerous customisable settings is also available for charging other battery types.

If you are unsure whether 8000W is enough for your appliances, please refer to the following table: Table of typical power consumption of domestic appliances.

*Appliances marked with a star are likely to have a starting power consumption several times greater than their normal working power (typically this is caused by electric motors). This should be taken into account when choosing the correct size of inverter. For example, even though electric lawn mowers have a normal working power of 1000W, their starting power is over 4000W. This means that an inverter with a continuous power of 2000W is not suitable, because its peak power is limited to only 4000W. Always take into account the starting power requirements of your equipment - especially devices with electric motors - when choosing the right inverter.

**These appliances do not have an electric motor inside, but still have a variable power consumption with power spikes. Therefore they require a larger inverter than would be needed for other appliances with a similar nominal power rating.

Please also note: this table is provided for general guidance only. The actual power consumption of your appliances, as well as starting power requirements, may vary considerably. In all cases you will need to check the specifications of your equipment to find their continuous and starting power requirements.

If more than one device is connected to the inverter, the total power consumption should be the sum of all appliances used. This will determine the total inverter power required.

Determining the input voltage of your inverter: 12V or 24V

If you are looking for an inverter for your 12V leisure battery in a motorhome, caravan or boat, there isn't much choice in terms of the input voltage - you will need a 12V to 230V inverter, because your battery is 12V.

However, if you are building a standalone off-grid solar system (e.g. in a house, garden, shed or farm), then you can choose the voltage of your battery bank, and consequently, the input voltage of the inverter.

Instead of a 12V battery bank, you may choose to build a 24V battery bank (2 x 12V batteries wired in series will produce 24V). In this case you can use a 24V DC to 230V AC inverter, rather than 12V DC to 230V AC. This set-up will provide some important benefits:

• The input current for the inverter will be two times smaller for 24V than for 12V, making the inverter and the entire system safer and more reliable
• The cables between your battery and the inverter do not have to be as thick as those used for a 12V battery bank and inverter.

This is particularly important for large standalone solar systems with 2000W inverters. For such power levels, our recommendation is to opt for a 24V battery bank and an inverter with a 24V input voltage.

Inverter specifications:

• Nominal battery voltage: 48V
• Continuous power output: 8000W/8000VA (220-240V AC)
• Surge power: 16000VA
• Output frequency: 50/60Hz
• Output waveform: Pure sine wave
• Maximum solar input power: 4000W per input (8000W total)
• Maximum solar input current: 18A per input
• Maximum open circuit solar input voltage: 500V (open circuit)
• MPPT solar operating voltage: 90V - 450V
• Maximum solar charging current: 120A
• Maximum mains AC charging current: 120A
• Maximum combined charging current: 120A
• Peak efficiency: 93%
• Operating temperature: -10°C to 50°C
• Supplied with solar connectors, cable glands, PC connection cable and PC software CD
• Size: 147.4 x 432.5 x 553.6 mm
• Weight: 18.4 kg