itel 8KW 3 Phase Dual Output Hybrid Inverter Overview

The itel 8KW 3 Phase Dual Output Hybrid Inverter is built for solar systems where PV generation, battery storage, grid electricity and backup power need to work together. The exact model is IHY-8KL3, with an 8kW nominal output and three-phase AC operation at 220/380VAC or 230/400VAC.

One of its strongest characteristics is its 16kW maximum PV input power, giving the inverter a substantial DC input capacity relative to its 8kW AC rating. The solar side uses 2 MPPT trackers, with an MPPT voltage range of 200V to 800V and maximum input current of 18A per input.

The battery section uses a 48VDC architecture and supports Lead-acid, Li-ion and User Defined battery types. A maximum charging/discharging current of 190A gives the system strong battery-side current capability for storage and backup applications.

For backup operation, the inverter provides 8kW nominal backup output, 8.8kVA maximum apparent power, up to 16kVA peak output for 15 seconds, and a 10ms switching time to backup mode.

Why This Hybrid Inverter Stands Out

High PV Input Capacity

The itel 8KW hybrid inverter accepts up to 16kW of PV input power. This gives system designers considerable flexibility when planning a larger solar array around an 8kW AC inverter. The actual array and string configuration must still remain within the inverter’s voltage, current and MPPT limits.

190A Battery Charging and Discharging Current

The 48V battery system can handle a charging and discharging current of up to 190A; this feature is important for any installation that needs a large amount of power from the battery during charging and when operating in backup mode.

10ms Backup Switching

The backup output has the capability of switching into backup mode within 10 milliseconds. This quick switching feature is useful in cases where certain loads need to change rapidly during a power failure. It must not be understood as a guarantee that all appliances connected to it will continue to function without interruption.

IP66 Protection

The inverter has an IP66 ingress protection rating, making enclosure protection an important part of its design for suitable installation environments. Proper installation, ventilation and protection equipment remain essential.

Parallel Expansion

The system can support a maximum of 12 parallel units, which gives it an option for expansion in cases where a larger total system capacity is required. When designing a parallel system it should be done in accordance with the inverter’s electrical and installation requirements.

Best For

The itel 8KW 3 Phase Hybrid Inverter is a practical option for:

• Three-phase homes requiring solar generation and battery backup
• Commercial installations with three-phase loads
• Solar systems requiring a 48V battery architecture
• Installations designed around a comparatively large PV array
• Areas where load shedding makes backup power important
• Users requiring lithium-ion or lead-acid battery support
• Projects that may benefit from parallel inverter expansion
• Systems requiring generator support and smart load functionality

The inverter’s combination of 8kW AC output, 16kW PV input, 48V battery operation and three-phase backup makes system design particularly important before purchase.

Not Ideal For

This model may not be suitable when:

• The project requires a single-phase inverter
• The installation is designed specifically around a high-voltage battery
• The required continuous load exceeds the inverter’s rated output
• The PV array exceeds the inverter’s maximum voltage or current limits
• The system requires a different battery architecture
• The installation does not have suitable space and environmental conditions for the inverter

For buyers searching itel 8kw pro, the exact product identity should be checked carefully before ordering because the target model is IHY-8KL3.

Solar PV Input and MPPT Performance

The itel 8KW inverter has a maximum PV input power of 16,000W and a maximum DC input voltage of 1000V. The solar input starts at 150V, while the MPPT operating range is 200V–800V.

It uses 2 MPPT trackers, with maximum input current of 18A/18A. The MPPT tracking efficiency reaches 99.9%, while maximum PV conversion efficiency is 98.0% and European efficiency is 97.5%.

When installing the systems, technicians need to take the limits into account if they are to decide how many modules to connect in series and how the strings should be distributed among the MPPTs. Before carrying out the installation, the panel’s Voc, Vmp, Isc and Imp values, as well as the voltage changes related to temperature, must be checked against the inverter’s limits.

Battery Compatibility and Energy Storage

The inverter uses a 48VDC battery architecture with an operating voltage range of 40V–60V. It supports Lead-acid, Li-ion and User Defined battery types. The maximum charging/discharging current is 190A.

The communication interfaces available are CAN and RS485, together with WiFi and dry contact communication options.

Before carrying out the installation of a lithium battery, it is necessary to confirm the battery’s voltage range, its maximum current, the method of communication with the BMS and the communication compatibility. A battery must not be chosen solely on the basis of its voltage.

Backup Power and Load-Shedding Performance

The dual-output design gives the system a dedicated backup function alongside its grid-connected operation. The backup output provides 8kW nominal output power and 8.8kVA maximum apparent power.

For short-duration periods of high demand the inverter can provide a peak output of 16 kVA for 15 seconds and the specified motor load capacity is 3 HP for single-phase motors and 4.5 HP for three-phase motors.

The 10ms switching time mentioned ensures that the backup system can switch over quickly should the grid power fail. However, when choosing the load it is still necessary to take into account the continuous power requirement, the starting current, the motor characteristics and the total connected load.

Generator and Parallel Operation

The inverter supports diesel generator integration and smart load support, making it suitable for systems where solar, battery and generator resources need to be coordinated.

It also supports up to 12 parallel units. This allows system capacity to be expanded beyond a single inverter where the overall electrical design supports parallel operation.

Instead of just connecting together a number of units, parallel installations need the proper system configuration, protection and communication arrangements.

Monitoring and Communication

The itel 8KW hybrid inverter provides WiFi, RS485, CAN and Dry Contact communication interfaces.

Such interfaces are capable of enabling communication between the inverter, the battery management system and the other components of the system where the appropriate communication method is supported. CAN and RS485 are especially relevant to communication regarding the battery and to system integration.

Technical Specifications

Solar PV Input

Battery

AC Grid Output

Backup Output

General Specifications

Protection Features

The inverter includes PV reverse-polarity protection, insulation impedance detection, residual current monitoring, overvoltage protection, overload protection, short-circuit protection and over-temperature protection. Surge protection is provided as DC Type III and AC Type III.

Recommended Solar System Size

The 8kW AC rating and the 16kW maximum PV input of the inverter are two separate electrical limits, and the 16kW figure refers to the maximum permitted PV input power, not indicating that all installations should have a 16kW solar array.

When designing a PV system it is necessary to ensure that it stays within the inverter’s maximum DC voltage of 1000V, its MPPT range of 200 to 800V and its 18A input-current limit; before finalizing the array all the following factors should be checked: the panel’s Voc and Isc, the temperature correction, the string length, the MPPT allocation and the local installation conditions.

Hybrid Inverter Use in Pakistan

For Pakistani solar installations, a three-phase hybrid inverter can be useful where the property has three-phase loads and requires both solar generation and battery backup.

The itel 8KW can support daytime solar consumption while also integrating battery storage and grid power. During grid interruptions, the backup output provides a dedicated power path for selected loads.

Attention should also be paid to the summer installation conditions. Although the inverter is rated for use between -25°C and 60°C, its power output is reduced above 45°C. It is therefore important to ensure adequate ventilation and to provide a suitable installation environment, especially during hot weather.

The IP66 enclosure provides strong ingress protection, but correct mounting, electrical protection, cable sizing, earthing and installation practices remain necessary.

itel 8KW 3 Phase Dual Output Hybrid Inverter Price in Pakistan

The current price of the itel 8KW 3 Phase Dual Output Hybrid Inverter in Pakistan is Rs. 395,000 per unit.

The final project cost can vary with battery selection, PV array size, installation requirements, protection equipment, cabling and system configuration. Dealers, installers and commercial buyers can contact Hajvery Solar Energy for quantity-based enquiries and product availability.

Hajvery Solar Energy is an itel Official Distributor, helping customers source genuine itel solar products for residential and commercial applications.

Hajvery Verified Product Information

• Brand: itel
• Product Name: itel 8KW 3 Phase Dual Output Hybrid Inverter
• Exact Model: IHY-8KL3
• Product Type: Three-Phase Dual Output Hybrid Inverter
• Rated Output: 8kW
• Battery Architecture: 48VDC
• Maximum PV Input: 16kW
• Protection Rating: IP66
• Phase: Three Phase

As an itel authorized dealer, Hajvery Solar Energy can help buyers check the exact model, battery requirements and system suitability before purchase.

Before carrying out the battery integration, it is necessary to check the battery’s voltage, current limits and the BMS communication requirements.

Warranty and After-Sales Support

The itel 8KW 3 Phase Dual Output Hybrid Inverter comes with a 5-year replacement warranty and 5-year service warranty. The applicable coverage should be retained with the product purchase information for future warranty requirements.

Hajvery Solar Energy provides product guidance and after-sales assistance for customers purchasing through its sales channel. Buying through Hajvery Solar Energy, an authorized itel dealer, provides a direct route for product and warranty guidance.

For warranty claims, customers should confirm the applicable claim requirements and supporting information with Hajvery Solar before proceeding.

Before You Buy

Before selecting the itel 8KW hybrid inverter, check these points:

• Confirm that your property requires a three-phase inverter.
• Confirm the battery is suitable for the 48VDC architecture.
• Check battery voltage, current and BMS communication compatibility.
• Design the PV strings within the 1000V maximum DC input and MPPT limits.
• Check that the PV input current remains within the 18A/18A limit.
• Calculate essential backup loads instead of relying only on appliance wattage.
• Consider motor starting requirements for pumps and other motor loads.
• Confirm whether generator integration is required.
• Consider whether future parallel expansion is necessary.
• Make sure there is enough ventilation and installation space, especially in hot environments.

Frequently Asked Questions

What is the itel 8KW inverter?

The itel 8KW 3 Phase Dual Output Hybrid Inverter is a three-phase hybrid inverter with an 8kW nominal output, 48V battery architecture, solar PV input and backup functionality.

Is the itel 8KW a three-phase inverter?

Yes. The IHY-8KL3 is a three-phase hybrid inverter with nominal output voltages of 220/380VAC and 230/400VAC.

What is the maximum PV input of the itel 8KW?

The inverter supports a maximum PV input power of 16kW. Its maximum DC input voltage is 1000V, with a 200–800V MPPT operating range.

How many MPPTs does the itel 8KW have?

The inverter is equipped with two MPPT trackers and has a maximum input current of 18A/18A.

Does the itel 8KW support batteries?

Yes, it has support for lead-acid, lithium-ion and user-defined battery types; the rated battery voltage is 48 V DC, the battery voltage range being from 40 to 60 volts and the maximum charging and discharging current being 190 amperes.

Is the itel 8KW suitable for load shedding?

Yes, the inverter has a dedicated backup output with a nominal power of 8kW, a peak output of up to 16kVA for 15 seconds, and a specified switching time of 10ms to backup mode.

Does the itel 8KW support parallel operation?

Yes. The inverter supports up to 12 parallel units, allowing larger systems to be designed where parallel operation is required.

What is the itel 8KW price in Pakistan?

The current price is Rs. 395,000 per unit. Contact Hajvery Solar Energy for current availability and quantity-based enquiries.

Buy itel 8KW 3 Phase Dual Output Hybrid Inverter from Hajvery Solar

The itel 8KW 3 Phase Dual Output Hybrid Inverter is suited to buyers looking for an 8kW three-phase hybrid system with 48V battery support, high PV input capacity, backup output and expansion capability.

Hajvery Solar Energy is an Official itel Distributor and can assist customers with product selection, battery compatibility and system requirements.

For residential, commercial and installer enquiries, contact Hajvery Solar Energy for the exact model and current availability.