Itel 12KW IP66 Hybrid Inverter – Three Phase

Itel 12KW Hybrid Inverter 3-Phase Overview

The itel 12KW Hybrid Inverter 3-Phase, model IHY-12KL3, is designed for solar installations where three-phase output, substantial PV capacity and battery-based backup are important. This 12kW hybrid inverter has a 12kW nominal output and a manufacturer-specified 24kW maximum PV input, allowing it to handle a considerably larger solar array than its AC output rating alone might suggest.

The device is used with a 48 VDC battery system and has a battery voltage operating range of 40-60 V. The manufacturer states that it supports lead-acid, Li-ion and user-defined battery types, and the maximum charging and discharging current is 250 amperes.

For backup purposes, the inverter offers a three-phase backup output, a 10 ms switch time to backup mode, and a peak output capacity of 24 kVA for 15 seconds. It also supports diesel generators, smart loads and up to 12 units connected in parallel. Because of these features, the IHY-12KL3 is especially suitable for larger houses, commercial buildings, offices and other locations where solar power generation and battery backup must operate together.

For buyers researching an itel 12 kW inverter, the exact model number is important because specifications can differ between models within the same capacity range.

Why This Hybrid Inverter Stands Out

High 24kW Solar PV Input

One of the main design strengths of the IHY-12KL3 is its 24,000W maximum PV input power. This is twice its 12kW nominal AC output rating.

For a solar system designer, this provides greater flexibility in sizing the PV array to meet daytime energy requirements, available roof space and local solar conditions. The 24kW figure is the manufacturer’s maximum specified PV input, so the final array must remain within the inverter’s voltage and current limits.

Buyers looking for an itel 12kw hybrid inverter datasheet should use the manufacturer’s technical documentation for exact PV voltage, current and MPPT limits rather than relying only on seller listings.

48V Battery Architecture with 250A Current Capability

The inverter uses a 48VDC battery architecture and operates within a specified 40–60V range. It supports lead-acid, Li-ion and user-defined battery configurations.

Its 250A maximum charging/discharging current is an important specification for systems that need substantial battery power. Battery selection should not be based on voltage alone; the battery’s continuous current rating, BMS requirements and communication compatibility also need to match the inverter and the intended loads.

Three-Phase Backup with 10ms Switching

The backup output is rated at 12,000W, with a maximum apparent power of 13,200VA and a peak output of 24,000VA for 15 seconds. The manufacturer specifies a 10ms switch time to backup mode.

This makes the inverter suitable for installations where critical three-phase loads must remain supplied when the grid fails. Actual backup performance depends on battery capacity, battery state of charge, connected load and the operating limits of the complete system.

These specifications are also important for anyone researching an itel 12kw three-phase review, as backup capability and switching performance are practical considerations when comparing hybrid inverter options.

Generator and Smart Load Support

The IHY-12KL3 supports diesel generator integration and smart load operation. Generator support can be useful for sites where battery storage alone is not intended to cover longer outages.

Smart-load support also provides system designers with another way to manage selected loads in accordance with the system’s operating requirements. The exact configuration should be completed in accordance with the manufacturer’s installation documentation.

12-Unit Parallel Capability

The manufacturer specifies support for up to 12 parallel units. This provides a route for larger system designs where one 12kW inverter is not enough.

Parallel installations require proper system configuration and installation in accordance with the manufacturer’s requirements. The maximum number of units should not be interpreted as an automatic recommendation for every project.

Best For

The itel 12KW Hybrid Inverter 3-Phase is worth considering for:

• Larger homes with three-phase electrical requirements.
• Commercial properties requiring solar generation and battery backup.
• Installations with a relatively large PV array.
• Sites affected by frequent grid outages or load shedding.
• Projects requiring a 48V battery architecture.
• Systems that require diesel generator support.
• Installations that may need parallel inverter expansion.
• Solar projects requiring smart-load management.

It is particularly relevant where the system designer needs more than a basic grid-connected inverter and wants solar, battery, backup and generator functionality within the same hybrid system.

For customers comparing an itel 12kW three-phase system with other inverter options, the property’s phase requirement, battery architecture and expected backup load should be considered before choosing the capacity.

Not Ideal For

This inverter may not be the right choice for every installation.

It may be unsuitable where:

• The property has only a single-phase electrical requirement and does not need three-phase capability.
• A high-voltage battery architecture is required instead of the specified 48V system.
• The planned solar array exceeds the manufacturer’s voltage or current limits.
• The project needs a much smaller inverter and does not require its additional capacity.
• The installer cannot provide the appropriate three-phase, battery and protection configuration.
• The planned battery does not meet the required voltage, current or BMS communication requirements.

Choosing the correct inverter should start with the property’s phase configuration, maximum loads, PV design and battery requirements rather than inverter capacity alone.

Solar PV Input and MPPT Performance

The IHY-12KL3 has a maximum PV input power of 24,000W and a maximum DC input voltage of 1,000V. Its specified startup voltage is 150V, while the MPPT voltage range is 200–800V.

The inverter uses 2 MPPT trackers. The maximum input current is specified as 36A/18A and should be carefully checked against the proposed PV string arrangement and the relevant input channel specifications during system design.

For installers, MPPT configuration is important when the solar array contains strings with different electrical characteristics or orientations. Keeping compatible strings within the same MPPT helps the inverter track available solar power accurately.

PV string design should consider:

• Solar module Voc.
• Module Vmp.
• Module Isc.
• Number of modules in each string.
• Expected operating temperature.
• MPPT voltage range.
• Maximum input current.
• Maximum DC voltage.
• The manufacturer’s permitted PV input configuration.

The 24kW maximum PV input should therefore not be treated as permission to connect any 24kW array without checking the voltage and current limits.

Battery Compatibility and Energy Storage

The IHY-12KL3 uses a 48VDC battery system, with a specified battery voltage range of 40–60V.

According to the manufacturer documentation reviewed, supported battery types include:

• Lead-acid
• Li-ion
• User-defined

The maximum charging/discharging current is 250A.

The inverter also provides CAN and RS485 communication, which can be relevant for battery BMS communication and system control. However, the available documentation reviewed does not provide a specific verified list of battery brands or models.

Battery Compatibility

Battery compatibility should therefore be confirmed before purchase and installation based on:

• Battery operating voltage.
• Continuous charge current.
• Continuous discharge current.
• Battery BMS requirements.
• CAN/RS485 communication compatibility.
• Manufacturer-supported operating settings.

A battery being nominally “48V” does not by itself prove compatibility. The complete battery-and-inverter communication setup should be checked before installation.

Backup Power and Load-Shedding Performance

The three-phase backup output is rated at 12,000W, with a maximum apparent power of 13,200VA. The manufacturer specifies a peak backup output of 24,000VA for 15 seconds.

The backup output operates at 220/380VAC or 230/400VAC, with a rated/maximum output current of 18.2A/20A. The inverter also specifies a maximum three-phase unbalanced output current of 27.3A.

The manufacturer gives a 10ms switch time to backup mode. This means the inverter can transfer the supported loads to backup operation quickly when grid supply fails. Still, it should not be described as universally “zero interruption” for every type of appliance.

The documentation also specifies a motor load capacity of 3.5 HP for single-phase motors and 4.5 HP for three-phase motors.

During load shedding in Pakistan, the actual backup duration will depend mainly on:

• Usable battery capacity.
• Connected load.
• Battery state of charge.
• Inverter efficiency.
• Battery operating limits.
• How the backup loads are configured.

A 12kW inverter does not mean that a battery will automatically provide a fixed number of backup hours. Battery sizing should be based on the actual loads that need to remain operational.

Generator Support and Smart Load Control

The IHY-12KL3 manufacturer specifications confirm support for diesel generators and smart loads.

Generator integration can be useful for larger residential and commercial systems where extended outages may occur, and the battery is not intended to carry the entire load for a prolonged period.

Smart-load support can also help with selected loads within a properly configured hybrid system. The exact operating modes, connection method and control settings should be confirmed from the manufacturer’s installation documentation before commissioning.

Parallel Operation and System Expansion

The manufacturer specifies 12 parallel units for this model.

This can enable a larger installation to be designed using multiple IHY-12KL3 units rather than relying on a single inverter to meet the system’s full capacity. Parallel operation is particularly relevant for commercial projects and larger properties where load requirements may grow over time.

Because parallel systems require coordinated inverter configuration, protection and wiring, installers should follow the manufacturer’s documented parallel-installation requirements rather than treating the 12-unit figure as a plug-and-play configuration.

Monitoring and Communication

The IHY-12KL3 provides several communication interfaces:

• Wi-Fi
• RS485
• CAN
• Dry contact

These interfaces can support system communication, battery/BMS integration, and monitoring functions, depending on the connected equipment and the configured system.

The manufacturer documentation reviewed confirms the communication interfaces but does not provide enough detail to claim a specific mobile application, web portal or complete set of remote-monitoring functions. Such features should therefore be confirmed before purchase if they are important to the project.

Customers looking for the itel 12kW three-phase manual should refer to the manufacturer’s installation and operating documentation for detailed setup and communication procedures.

Technical Specifications

Solar PV Input

Battery

AC / Grid Output

Backup / EPS Output

General Specifications

The itel 12kw hybrid inverter datasheet is the appropriate technical reference for these specifications. The manufacturer’s documentation reviewed identifies this exact model as IHY-12KL3.

Recommended Solar System Size

The IHY-12KL3 has a 12kW nominal AC output but a manufacturer-specified 24kW maximum PV input. Therefore, a suitable solar array does not necessarily have to be exactly 12kW.

The manufacturer’s 24kW PV input figure provides the upper specified PV power limit, but the practical array design must also remain within the inverter’s:

• 1,000V maximum DC input voltage.
• 200–800V MPPT operating range.
• 150V startup requirement.
• Maximum input current.
• MPPT configuration.
• Module Voc and Vmp.
• Module Isc.
• Temperature-related voltage changes.

For this reason, the final solar array should be designed based on the actual module electrical specifications rather than simply dividing the inverter’s PV capacity by a panel’s wattage.

A qualified solar installer should confirm the final string arrangement before installation.

Hybrid Inverter Use in Pakistan

For Pakistani properties experiencing load shedding, the combination of three-phase backup, battery storage, solar PV and generator support can be useful where electrical loads are too substantial for a small residential inverter.

The 24kW PV input capacity can also be relevant for sites that want a larger solar array for daytime energy production. At the same time, the 48V battery architecture means battery selection requires careful attention, as high-power systems can draw substantial battery current.

In Punjab and Lahore, installation conditions also deserve attention. The specified operating temperature is -25°C to 60°C, with power derating above 45°C. This makes proper installation location, ventilation and protection important during hot weather.

The IP66 rating provides a higher level of enclosure protection, but installation should still follow the manufacturer’s requirements for location, wiring, clearances and environmental exposure.

For buyers searching for itel 12kw ip66 inverter price in pakistan, it is important to distinguish the verified IP66 specification of this model from other listings that may describe different enclosure ratings.

The search phrase “itel 12kw hybrid inverter ip54 price in pakistan” may also appear in online searches, but the manufacturer documentation for the IHY-12KL3 specifies IP66, not IP54. Buyers should therefore check the exact model and datasheet before purchasing.

itel 12KW Hybrid Inverter 3-Phase Price in Pakistan

The price of the itel 12kw three-phase in Pakistan can vary with stock availability, exchange rates, distributor pricing and market conditions. The same applies when buyers search for the itel 12kw three-phase price or the itel 12kw price in Pakistan.

For the latest listing, check the current product-page price for Hajvery Solar’s available stock.

Customers researching the itel 12kw inverter price in Pakistan or itel 12kw hybrid inverter price in Pakistan should compare the exact model number, technical specifications, battery architecture and protection rating rather than comparing capacity alone.

The itel 12kw price can also vary depending on market conditions and supply. Dealers, installers and bulk buyers can contact Hajvery Solar for current wholesale rates and quantity-based availability.

Hajvery Verified Product Information

Brand: itel

Exact Model: IHY-12KL3

Product Type: Hybrid Solar Inverter

Technical Data Source: Official Manufacturer Documentation

Specification Status: Verified against the manufacturer documentation reviewed

Battery Compatibility Status: Specific battery brands/models require compatibility confirmation

Last Technical Review: August 2026

Hajvery Solar reviews available manufacturer documentation when publishing product specifications. The itel 12kW hybrid inverter datasheet and the manufacturer’s available information should be used to confirm model-specific technical details.

Product model, serial information, applicable warranty and battery compatibility can also be checked before purchase.

Warranty and After-Sales Support

The available manufacturer documentation reviewed for this product does not specify a warranty duration. A specific official warranty period should therefore be confirmed before purchase rather than assumed.

Manufacturer / Official Warranty: Not specified in the documentation reviewed.

Hajvery Solar After-Sales Support: Hajvery Solar can assist customers with product information, compatibility checking and applicable warranty/serial verification.

Warranty coverage may depend on the manufacturer’s terms, distributor policy, proper installation, serial number, proof of purchase and operating conditions.

Before You Buy

1. Phase: Confirm that the property requires a three-phase inverter and that the electrical distribution is suitable.
2. Battery Architecture: Confirm that a 48V battery system with a 40–60V operating range matches the planned storage system.
3. Backup Load: List the appliances, motors and equipment that must operate during grid failure.
4. PV Design: Check module Voc, Vmp, Isc, string voltage and current against the inverter’s PV limits.
5. Battery Compatibility: Confirm battery voltage, current capability and CAN/RS485 BMS communication before installation.
6. Generator Requirement: If a diesel generator is part of the system, confirm the required generator connection and control configuration.
7. Future Expansion: If the system may grow in the future, consider the manufacturer’s 12-unit parallel capability during initial design.
8. Installation Location: Check temperature, ventilation, protection and installation requirements, particularly for hot operating conditions.

Frequently Asked Questions

Is the itel 12KW Hybrid Inverter 3-Phase?

Yes. The IHY-12KL3 is a three-phase hybrid inverter with a nominal output power of 12,000W. It is the model commonly described by the search term itel 12kw three phase.

Does the iTel 12 kW Hybrid Inverter support lithium batteries?

Yes. The manufacturer lists Li-ion among the supported battery types. The inverter uses a 48VDC architecture with a specified 40–60V battery voltage range. Exact battery compatibility should be confirmed based on the battery’s electrical specifications and BMS communication.

Which batteries are compatible with the IHY-12KL3?

The available documentation confirms support for lead-acid, Li-ion and user-defined battery settings, but it does not provide a verified list of specific battery brands or models. Battery compatibility should therefore be confirmed before purchase.

How much solar PV can be connected to the iTel 12 kW Hybrid Inverter?

The manufacturer’s specified maximum PV input power is 24,000W. The PV array must also remain within the inverter’s 1,000V maximum DC voltage, MPPT voltage range and current limits.

Can the itel 12KW Hybrid Inverter provide backup during load shedding?

Yes. The inverter provides a three-phase backup output rated at 12,000W and specifies a 10ms switch time to backup mode. Actual backup duration depends on the battery capacity, connected load and battery state of charge.

Does this inverter support a diesel generator?

Yes. The manufacturer’s specifications confirm support for diesel generators.

Can the IHY-12KL3 be connected in parallel?

Yes. The manufacturer specifies support for up to 12 parallel units. The exact parallel configuration should follow the manufacturer’s installation requirements.

What is the price of the Itel 12 kW Hybrid Inverter in Pakistan?

The current price of the itel 12kw hybrid inverter in Pakistan can vary with market conditions, stock and distributor pricing. Buyers may also search for itel 12kw inverter price in pakistan, itel 12kw price in pakistan, or itel 12kw three phase price in pakistan when comparing available listings.

Check the current product-page price or contact Hajvery Solar for the latest retail or dealer rate.

Where can I find the iTel 12 kW Hybrid Inverter manual?

Customers looking for the iTel 12 kW three-phase manual should use the manufacturer documentation applicable to model IHY-12KL3 and confirm that the document matches the exact inverter model before installation.

Buy itel 12KW Hybrid Inverter 3-Phase from Hajvery Solar.

Hajvery Solar supplies solar equipment for residential, commercial and installer requirements, with product information based on available manufacturer documentation. Customers can also request help checking battery compatibility, PV input requirements and system configuration before ordering.

The itel 12kw inverter is suitable for customers who specifically need a 12kW three-phase hybrid system with 48V battery storage, substantial PV input and backup functionality.

Hajvery Solar Energy

280K Block J-1, Johar Town, Lahore, Pakistan

Retail customers, solar installers, dealers and bulk buyers can contact Hajvery Solar for current availability and applicable rates. Where required, product serial and warranty information can also be checked.

Need help confirming battery compatibility, PV sizing or backup requirements? Contact Hajvery Solar before ordering so the inverter can be matched with the planned solar and battery system.