Itel 8KW IP66 Hybrid Inverter – Three Phase

Itel 8KW Hybrid Inverter 3-Phase Overview

The itel 8kw hybrid inverter (IHY-8KL3) is designed for solar systems that require three-phase AC output, substantial PV capacity and battery backup. Its 8,000W nominal output is paired with a maximum 16,000W PV input, allowing the solar array to be considerably larger than the inverter’s rated AC output, subject to the manufacturer’s electrical limits and proper system design. 

The inverter uses a 48V battery architecture with an operating battery voltage range of 40V–60V and supports lead-acid, Li-ion and user-defined battery settings. Its 190A maximum charging/discharging current is particularly relevant for systems requiring substantial battery power during charging and backup operation. 

For backup applications, the unit provides 8,000W nominal backup output, up to 8,800VA apparent power and a 10ms switch to backup mode. It also supports diesel generator operation, smart-load functionality and up to 12 parallel units according to the supplied manufacturer documentation. 

For buyers searching for the itel 8kw hybrid price, itel 8kw price, or itel 8kw hybrid price in Pakistan, the first important step is to confirm the exact model and phase configuration. This product is the IHY-8KL3 three-phase model, not a single-phase version. 

Why This Hybrid Inverter Stands Out

16,000W Maximum PV Input

One of the most important characteristics of the IHY-8KL3 is its 16,000W maximum PV input power, compared with an 8,000W nominal AC output. This gives installers room to design a comparatively large solar array around an 8 kW three-phase inverter, provided that PV voltage, current, and temperature limits remain within the manufacturer’s specifications. 

This is an important consideration for customers comparing an itel 8kw hybrid inverter with other 8KW solar inverter options. The manufacturer’s specified PV input is 16,000W. 

Dual MPPT Trackers

The inverter has two MPPT trackers with an MPPT voltage range of 200V–800V, a maximum DC input voltage of 1,000V and a 150V start-up voltage. Two MPPTs can be useful where the PV array needs to be divided into separate strings or orientations. However, the final string arrangement must be determined based on the actual solar module specifications. 

190A Battery Charging and Discharging

The 48V battery system supports a maximum charging/discharging current of 190A. This is a significant specification for an inverter intended for substantial battery-backed loads because battery current directly affects the amount of DC power that can be transferred between the battery and inverter. Actual battery selection must still respect the battery manufacturer’s continuous current, BMS and voltage requirements. 

10ms Backup Switching

The manufacturer specifies a 10ms switch time to backup mode. For users experiencing load shedding, this enables a rapid transition from grid to backup operation. The actual behavior of individual appliances should still be considered, as sensitive equipment may have different tolerance requirements. 

Diesel Generator and Smart Load Support

The IHY-8KL3 officially lists both diesel generator support and smart-load support. These functions can be useful in larger installations where the energy system needs more than basic solar and battery operation. The exact generator configuration and smart-load setup should follow the manufacturer’s installation instructions. 

IP66 Protection and Intelligent Fan Cooling

The inverter has an IP66 ingress protection rating and uses intelligent fan cooling. Its specified operating temperature is -25°C to 60°C, with power derating above 45°C. This makes proper installation and ventilation particularly important during hot weather, including in summer in Punjab, particularly in Lahore. 

Customers may also find searches for “itel 8kw ip54 inverter price in pakistan” when comparing inverter listings. The supplied manufacturer documentation for this exact IHY-8KL3 model specifies IP66, not IP54, so the IP66 specification should be used when evaluating this product. 

Best For

The itel 8KW Hybrid Inverter 3-Phase is worth considering for:

• Three-phase homes with relatively high electrical demand.
• Commercial installations requiring an 8KW-class three-phase inverter.
• Solar systems where a large PV array is required around an 8KW AC inverter.
• Users who need battery backup during grid outages and load shedding.
• Installations using a 48V battery bank.
• Projects requiring diesel generator support.
• Systems where smart-load control is useful.
• Installers planning a larger system with potential parallel expansion, subject to the manufacturer’s configuration requirements. 

Not Ideal For

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

It is a three-phase inverter, so a suitable single-phase model may better serve a single-phase property that does not require three-phase equipment. It is also based on a 48V battery architecture, so it should not be selected simply because a preferred battery is available; the battery’s voltage, current and communication requirements must first be checked.

For buyers specifically searching for the itel 8kw hybrid inverter single phase, itel 8kw hybrid inverter single phase price in pakistan, or an itel 8kw hybrid inverter single phase, this exact IHY-8KL3 model should not be presented as single-phase, as the manufacturer’s documentation specifies three-phase operation. 

For a small solar system with modest loads, an 8KW hybrid inverter may also be unnecessarily large. Similarly, the proposed PV array must remain within the inverter’s voltage and current limits, rather than being sized solely based on the 16,000W maximum PV rating.

Solar PV Input and MPPT Performance

The IHY-8KL3 supports up to 16,000W of PV input, with a maximum DC input voltage of 1,000V, a 150V start-up voltage, and a 200V–800V MPPT voltage range. It has two MPPT trackers, each with a maximum input current of 18A. 

These figures are important when designing the solar array. The 16KW PV figure describes the manufacturer’s maximum PV input power, but it does not mean that any 16KW panel arrangement will be suitable. String design must also account for:

• Solar module Voc.
• Solar module Vmp.
• Module Isc.
• Operating temperature.
• Number of modules in each string.
• MPPT voltage range.
• Maximum MPPT/input current.
• Maximum DC voltage.

In particular, cold-weather Voc can rise above the module’s standard test-condition value, so the final string voltage must remain below the inverter’s maximum DC input voltage under expected site temperatures.

The supplied datasheet does not provide enough information here to recommend a specific number of panels per string. Final PV string design should therefore be based on the exact module datasheet and site temperature conditions, rather than on a generic panel count.

Customers looking for an itel 8kw hybrid inverter datasheet should use the manufacturer documentation for the exact IHY-8KL3 model when checking PV voltage, MPPT and current limits. 

Battery Compatibility and Energy Storage

The inverter uses a 48VDC battery architecture with a specified battery operating range of 40V–60V. The manufacturer documentation lists lead-acid, Li-ion and user-defined battery types and specifies a maximum charging/discharging current of 190A. 

For a lithium battery installation, voltage compatibility alone is not enough. The selected battery must also be suitable for the required charging and discharging current, and its BMS communication method must work with the inverter’s supported interface and configuration.

The supplied documentation lists WIFI/RS485/CAN/Dry Contact communication interfaces, but it does not provide a named battery compatibility list in the material reviewed. Therefore, specific battery brands or models should not be presented as confirmed compatible without checking the manufacturer’s applicable battery compatibility documentation. 

Battery Selection Point

Before ordering a battery for this inverter, confirm:

• 48V nominal architecture.
• 40V–60V compatible operating range.
• Continuous charge/discharge current capability.
• Battery BMS limits.
• Required CAN/RS485 communication.
• Manufacturer-approved communication protocol, where applicable.

Backup Power and Load-Shedding Performance

The inverter provides an 8,000W nominal backup output and 8,800VA maximum apparent power. The manufacturer also specifies a 16,000VA peak output for 15 seconds and a 10ms switch time to backup mode. 

The backup output is three-phase, with the manufacturer specifying a nominal output voltage of 220/380VAC or 230/400VAC and a nominal frequency of 50/60Hz. The documentation also lists a motor load capacity of 3 HP for single-phase motors and 4.5 HP for three-phase motors. 

This makes the inverter relevant to Pakistani users who want selected household or commercial loads to continue operating during grid outages. However, backup duration is not determined solely by inverter capacity. It depends on usable battery capacity, connected load, battery state of charge, inverter efficiency and the battery’s operating limits.

The inverter should therefore be sized together with the battery and the actual backup load. Heavy loads such as motors, pumps and compressors also require attention to starting characteristics rather than only their normal running wattage.

For customers comparing an itel 8 kW 3-phase hybrid solar inverter, the three-phase backup output is an important distinction from single-phase inverter configurations. 

Generator Support and Smart Load Control

Diesel generator support and smart-load support are both listed in the manufacturer specifications. 

Generator support can be useful where battery storage and solar production need an additional backup source during extended grid outages or periods of insufficient solar generation. Smart-load support can provide additional control over designated loads within the supported installation configuration.

Because the supplied datasheet does not provide detailed generator wiring procedures or smart-load operating logic, the exact installation should follow the manufacturer’s manual and configuration requirements.

Parallel Operation and System Expansion

The manufacturer documentation specifies 12 parallel units for this model. This provides the IHY-8KL3 with an expansion path for installations where a single 8KW inverter is insufficient, subject to the manufacturer’s approved parallel configuration. 

Parallel installation should not be treated as simply connecting multiple inverter outputs. The complete system must follow the manufacturer’s requirements for communication, protection, wiring, phase configuration and commissioning.

Monitoring and Communication

The inverter provides WIFI, RS485, CAN and dry-contact communication interfaces. 

These interfaces can support system communication, monitoring and external control functions depending on the connected equipment and the manufacturer’s supported configuration. RS485 and CAN are particularly relevant to system communication and battery/BMS integration, while Wi-Fi can be useful for connected monitoring where the applicable monitoring equipment and software are supported.

The supplied documentation does not identify a specific mobile application or web monitoring platform, so no particular app should be advertised as confirmed from the reviewed datasheet.

Technical Specifications

Solar PV Input

Battery

AC / Grid Output

Backup / EPS Output

General Specifications

The manufacturer documentation also lists compliance with IEC62109-1, IEC62109-2, IEC61683, IEC62116 and IEC61727. 

Recommended Solar System Size

The 8 kW AC rating and 16 kW maximum PV input should be understood as two distinct design limits.

An 8 kW inverter does not mean the solar array must be exactly 8 kW. The manufacturer specifies up to 16KW of PV input, allowing a larger PV array to be connected within the inverter’s electrical limits. 

However, the practical PV array should be designed from the actual module wattage, Voc, Vmp, Isc, temperature range, string voltage and MPPT current limits. The 1,000V maximum DC input and 200V–800V MPPT range are particularly important during string design.

A qualified installer should confirm the final PV configuration using the exact solar panel datasheet and site conditions.

Hybrid Inverter Use in Pakistan

For Pakistani homes and businesses, battery backup is often a key reason to choose a hybrid inverter. The IHY-8KL3 combines solar generation, grid operation and battery backup in a three-phase system, with a 10ms transition to backup mode. 

Its 48V battery architecture can be useful where a suitable low-voltage battery bank is preferred, while the 190A maximum charge/discharge current gives the system substantial battery power capability. Battery sizing should still be based on actual loads and required backup duration, rather than on inverter rating alone.

The IP66 enclosure and operating temperature specification are also relevant in Pakistan. Although the inverter is rated for -25°C to 60°C, the datasheet specifies power derating above 45°C. In hot areas of Punjab, including Lahore, the installation location should therefore provide appropriate ventilation and avoid unnecessary heat exposure. 

Proper DC and AC protection, earthing, cable sizing, battery protection and professional installation remain important regardless of the inverter’s protection features.

itel 8KW Hybrid Inverter 3-Phase Price in Pakistan

The itel 8kw hybrid price in Pakistan, itel 8kw hybrid inverter price in Pakistan, itel 8kw 3-phase hybrid inverter price in Pakistan, and itel 8kw hybrid 3-phase price in Pakistan may change based on stock availability, exchange rates, distributor pricing and market conditions. Check the latest price shown on this product page for Hajvery Solar’s current listed rate.

For customers comparing the itel 8kw hybrid price, itel 8kw price, itel 8kw hybrid price, or itel 8kw hybrid 3 phase price, the exact model and phase configuration should be confirmed before comparing prices.

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-8KL3

Product Type: Three-Phase Hybrid Solar Inverter

Technical Data Source: Official Manufacturer Documentation supplied for review

Specification Status: Technical specifications on this page have been based on the manufacturer documentation reviewed. 

Battery Compatibility Status: Battery type and voltage requirements are specified; exact battery brand/model compatibility requires confirmation through the applicable manufacturer’s compatibility documentation.

Last Technical Review: August 2026

For customers reviewing an itel 8kw hybrid 3-phase datasheet, the technical specifications should be separated from the current selling price, as the manufacturer’s datasheet provides product specifications. In contrast, the retailer’s product page provides the current commercial price. 

Hajvery Solar can review the applicable product documentation, model information and battery requirements before purchase. Serial and warranty information should also be checked in accordance with the applicable terms of the manufacturer and distributor.

Warranty and After-Sales Support

The supplied manufacturer datasheet does not specify a warranty duration, so a warranty period has not been stated here as an official manufacturer warranty claim.

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

Hajvery Solar After-Sales Support: Hajvery Solar provides after-sales assistance where applicable and can help customers with product, compatibility and warranty/serial verification requirements.

Warranty eligibility can depend on manufacturer terms, distributor policy, correct installation, product serial number, proof of purchase and operating conditions. Customers should confirm the applicable warranty terms before purchase.

Before You Buy

1. Phase: Confirm that the property or installation requires a three-phase inverter.
2. Battery Architecture: Confirm that the planned battery system is compatible with the 48V architecture and a 40V–60V operating range.
3. Backup Load: List the appliances, motors and equipment that must operate during a 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 current capability and BMS communication before ordering.
6. Generator Requirement: If a diesel generator will be integrated, confirm the required generator configuration with the installer.
7. Future Expansion: If the system may grow later, discuss the manufacturer’s 12-unit parallel capability and required configuration before installation.
8. Installation Location: Consider ventilation, temperature, protection and the manufacturer’s operating conditions, particularly for hot outdoor locations. 

Frequently Asked Questions

Is the itel 8KW Hybrid Inverter 3-phase or single-phase?

It is a three-phase hybrid inverter. The manufacturer specifies 220/380 VAC and 230/400 VAC nominal three-phase output configurations. 

Customers searching for the itel 8kw hybrid inverter single phase should check the exact model number, as the IHY-8KL3 reviewed here is a three-phase model.

Does the itel 8KW Hybrid Inverter 3-Phase support lithium batteries?

Yes. The manufacturer lists Li-ion batteries as a supported battery type. It also specifies a 48VDC-rated battery voltage and a 40V–60V battery voltage range. Exact battery model compatibility should still be confirmed before installation. 

Which batteries are compatible with the itel 8KW Hybrid Inverter 3-Phase?

The supplied datasheet does not provide a named list of compatible battery brands or models. It specifies support for lead-acid, Li-ion and user-defined battery types. Specific battery compatibility should therefore be confirmed from the manufacturer’s applicable compatibility documentation, including voltage, current and BMS communication requirements. 

How much solar PV can be connected to the iTel 8 kW Hybrid Inverter 3-Phase?

The manufacturer’s specified maximum PV input power is 16,000W. The inverter also has a 1,000V maximum DC input voltage, 200V–800V MPPT range and two MPPT trackers. The final array must remain within all voltage and current limits, not only the total PV wattage. 

Can the itel 8KW Hybrid Inverter 3-Phase provide backup during load shedding?

Yes. The manufacturer specifies an 8,000W nominal backup output and a 10ms switch time to backup mode. The actual backup duration depends on the connected load and the available battery capacity. 

Does the itel 8KW Hybrid Inverter 3-Phase support a diesel generator?

Yes. Diesel generator support is listed in the manufacturer’s general specifications. The exact generator integration should be configured in accordance with the manufacturer’s installation requirements. 

Can multiple units be connected?

The manufacturer specifies 12 parallel units. Parallel installation must follow the manufacturer’s approved configuration and installation requirements. 

What is the price of the itel 8KW Hybrid Inverter 3-Phase in Pakistan?

The current price of the itel 8kw hybrid inverter in Pakistan depends on the latest Hajvery Solar listing, stock position and market conditions. Customers can also search for itel 8kw hybrid price in Pakistan or itel 8kw 3 phase hybrid inverter price in Pakistan, but the exact IHY-8KL3 model should be confirmed before comparing listings.

Buy itel 8KW Hybrid Inverter 3-Phase from Hajvery Solar.

Hajvery Solar supplies solar equipment for retail customers, installers and dealers, with after-sales assistance and product compatibility checking where required. Customers can also confirm the inverter model, battery requirements and applicable warranty information before purchase.

Hajvery Solar Energy

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

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