Itel 12KW IP54 Hybrid Inverter – Single Phase

Itel 12KW Hybrid Inverter Single Phase Overview

The Itel IPV-12K48U is based on a 48V battery system with a 12kW single-phase AC output, making it well-suited to solar systems where the battery plays a key role in the energy setup rather than being an optional extra. Since it can accept up to 16kW of input from a solar PV array, system designers can construct a PV array larger than the inverter’s 12kW AC rating, as long as the manufacturer’s voltage and current limits are observed.

For customers researching the itel 12kw hybrid inverter, the 48V battery architecture and 16kW PV input are two of the main specifications to consider. The itel 12kW hybrid inverter datasheet supplied for this model also identifies two MPPT trackers and the 27A+27A PV input current specification.

The inverter has two MPPT trackers, which enable the solar array to be split into separate tracking inputs. On the battery side, it supports lead-acid, lithium-ion, and user-defined battery setups, with the battery operating voltage ranging from 40 to 60 volts. For the 12kW model, the maximum battery discharge current is given as 250 amperes.

The system also supports diesel generators, smart loads, and communication interfaces such as Wi-Fi, RS-485, CAN, RS-232, and dry-contact. The manufacturer states that the switching time for the UPS in backup applications is 10 milliseconds and that for appliances it is 20 milliseconds.

Why This Hybrid Inverter Stands Out

16kW Maximum PV Input

The inverter is rated for up to 16,000W of PV input despite having a 12kW AC output. This gives installers flexibility when designing the solar array and can help make better use of available roof space during periods when actual solar production is below the panels’ combined rated capacity.

The figure of 16kW is the manufacturer’s maximum input specification and should not be taken as a recommendation to connect the panels without first verifying the string voltage and current. The array has to stay within the inverter’s maximum DC input voltage of 500V, its MPPT range of 85 to 450V, and its input current specification of 27A.

For buyers looking for an itel 12kw inverter datasheet pdf, these PV limits are among the most important specifications to review before selecting the solar panels and string configuration.

Two MPPT Trackers

On the photovoltaic side, there are two MPPT trackers. This is useful in cases where the solar array must be divided into separate strings or when different parts of the array have varying operating conditions.

The manufacturer states that the MPPT tracking efficiency is 99.5%.

High 48V Battery Current Capability

The IPV-12K48U uses a 48V battery system with a stated operating range of 40–60V. For the 12kW model, the maximum MPPT charging current and the maximum mains/generator charging current are both specified at 210A, while the maximum discharge current is 250A.

This makes battery selection and cabling particularly important. A 12kW hybrid system can place substantial demand on the battery during high-load operation, so the battery’s continuous current rating, BMS limits and communication compatibility should be checked before installation.

Generator and Smart-Load Support

The manufacturer’s specifications state that diesel generator and smart load support are available; these features can be useful in cases where the system needs an additional energy source during prolonged periods of low solar input, when the grid is down, or when a specific load requires individual control.

Backup Switching for Outage Conditions

For UPS applications, the manufacturer specifies a switching time of 10ms, and for appliances, 20ms. The inverter’s specified surge power for the 12kW model is 24kW for 5 seconds.

The battery will still determine which equipment can continue operating during a power cut, the connected loads and the system’s operating limits.

Best For

The Itel 12KW Hybrid Inverter is worth considering for:

• Larger homes and single-phase systems with high electricity demands during the day and in the evening.
• Properties that require significant battery backup during load shedding.
• Instances of commercial or small-business setups that have a higher electrical demand.
• It is useful to have a solar system with up to 16 kW of PV input.
• Those installations that require a 48V battery system.
• Those systems in which generator integration or smart-load control is required.
• People who are planning a system that might at a later stage be expanded via supported parallel configurations.

When people compare the price of the itel solar inverter in Pakistan, they should consider the system’s actual requirements, including the battery and solar array.

Not Ideal For

This model may not be the right fit when:

• The property must use a standalone three-phase inverter and not a supported multi-unit configuration.
• A 12kW inverter does not make sense for a very small solar system.
• The battery planned for use cannot operate within the stated 40–60V range.
• The design of the PV system goes beyond both the 500V maximum DC input and the specified MPPT current limits.
• The customer wants an inverter architecture that is not 48V.
• The installation is not provided with adequate space, ventilation and electrical protection for a high-power inverter system.

Customers specifically searching for the price of an itel 12kw on-grid inverter in Pakistan should also note that this product is marketed as a hybrid inverter with battery and backup functionality, rather than a simple battery-free on-grid inverter.

Solar PV Input and MPPT Performance

The IPV-12K48U can accept up to 16kW of PV input and has a maximum PV input voltage of 500V; its startup voltage is 75V, and the MPPT operating range is 85 to 450V. It is fitted with two MPPT trackers, each with a maximum PV input current of 27A.

It is important for the installer, when designing the panel strings, to take these figures into account; the maximum PV power alone is not sufficient to determine whether a given array will work.

The final string design should take into account:

• Panel Voc.
• Panel Vmp.
• Panel Isc.
• Expected temperature conditions.
• The number of modules in each string.
• MPPT voltage range.
• Maximum current available to each MPPT.

The manufacturer’s limits should be checked against the exact solar panel datasheet before installation. Do not select a string configuration simply by dividing 16kW by the panel wattage.

Battery Compatibility and Energy Storage

This is a 48V low-voltage battery inverter. The manufacturer lists the supported battery types as lead-acid, lithium-ion and user-defined, with a rated battery voltage of 48V and a battery voltage range of 40–60V.

For the 12kW model:

• Maximum MPPT charging current: 210A
• Maximum mains/generator charging current: 210A
• Maximum discharging current: 250A

The datasheet also lists CAN and RS485 among the communication interfaces. However, the supplied documentation does not provide a detailed battery compatibility list naming specific battery brands or models.

For this reason, a specific lithium battery should not be described as officially compatible without checking the battery’s voltage, BMS communication protocol and the manufacturer’s supported compatibility information.

Verified Compatible Battery Options

No specific battery brand or model is confirmed in the supplied manufacturer documentation.

Before purchase, battery compatibility should be confirmed using the battery’s voltage range, current capability and required BMS communication method.

Backup Power and Load-Shedding Performance

For Pakistani homes and businesses affected by load shedding, backup characteristics are an important consideration when selecting a 12kW hybrid inverter.

The manufacturer specifies a 10ms switching time for UPS applications and 20ms for appliances. The 12kW model also has a stated 24kW surge power for 5 seconds. Its overload specification is listed as 105%–150% for 10 seconds and 150%–200% for 5 seconds.

The inverter, therefore, has specifications designed to handle short-duration, high-load conditions, but backup performance should not be interpreted as unlimited power.

Actual backup duration depends mainly on:

• Usable battery capacity.
• Connected load.
• Battery state of charge.
• Battery discharge limits.
• Inverter efficiency.
• The operating conditions of the complete system.

For a Lahore installation, the installer should also consider summer heat and ventilation because the manufacturer specifies an operating temperature range of -10°C to 55°C, with power derating above 45°C.

Generator Support and Smart Load Control

The manufacturer explicitly lists diesel generator support and smart load support as available functions.

Generator support can be useful for sites where long grid outages or extended low-solar periods make a backup generator part of the overall energy system.

Smart-load support can also help installers separate or control a designated load rather than treating every connected appliance as an identical load. The exact installation method and configuration should follow the manufacturer’s installation instructions.

Parallel Operation and System Expansion

The supplied datasheet provides specific parallel figures for the IPV-12K48U.

It lists:

• Single phase: up to 6 units
• Three-phase: up to 12 units

The brochure also shows a 12kW configuration reaching 72kW in single-phase parallel operation and 144kW in three-phase parallel operation.

This makes parallel expansion relevant for larger installations. The final configuration should be designed in accordance with the manufacturer’s required wiring, communication and protection arrangements.

Monitoring and Communication

The inverter’s listed communication interfaces include:

• Wi-Fi
• RS485
• CAN
• RS232
• Dry contact

CAN and RS485 are particularly relevant to battery and system communication, while Wi-Fi can be useful for monitoring where the applicable monitoring system is configured.

The supplied document does not provide enough detail to substantiate claims about specific app functions such as historical graphs, remote configuration or detailed grid-import monitoring, so these functions should be confirmed before being advertised as guaranteed features.

Technical Specifications

Solar PV Input

Battery

AC / Grid Output

Backup / EPS Performance

The supplied datasheet does not provide a separate numeric EPS-rated output-power figure, so one has not been added here.

General Specifications

For customers specifically searching for the itel 12kw hybrid inverter ip54 price in pakistan or the itel 12kw ip54 inverter price in pakistan, the IP54 rating is the verified protection rating provided in the manufacturer-supplied documentation.

The search term itel 12kw hybrid inverter ip54 price in pakistan should therefore not be confused with an IP66 rating. The supplied documentation identifies this model as IP54.

Recommended Solar System Size

The inverter has a 12kW AC output and a 16kW maximum PV input, so an 8kW, 10kW, 12kW or 16kW solar array should not be selected based solely on the inverter’s output rating.

A suitable PV array must remain within the manufacturer’s 16kW maximum PV power, 500V maximum DC voltage, 85–450V MPPT operating range, and 27A + 27A input current limits.

The practical array size should be determined from the exact panel specifications, roof layout, expected temperatures, MPPT arrangement and the customer’s energy requirements. A qualified solar installer should confirm final string sizing.

Hybrid Inverter Use in Pakistan

A 12kW 48V hybrid inverter can be useful in Pakistan where solar production, battery backup and grid availability all need to be managed together.

During the day, the 16kW PV input capacity gives the installer room to build a substantial solar array. During grid outages, the battery-backed system can supply suitable loads in accordance with the inverter, battery and installation limits. The 10ms UPS switching specification may also be relevant to loads that require rapid transfer during an outage.

Summer installation conditions also deserve attention. The manufacturer specifies a power derating above 45°C, so an inverter installed in a poorly ventilated outdoor location or in an enclosed space may not operate at its full rated capability under extreme heat.

For Punjab and Lahore installations, proper ventilation, DC/AC protection, correct cable sizing, battery protection and professional commissioning should therefore be treated as part of the system design rather than afterthoughts.

Itel 12KW Hybrid Inverter Price in Pakistan

The itel 12kw price in Pakistan can vary based on stock availability, exchange rates, distributor pricing and market conditions. The itel 12kw price should therefore be checked on the latest Hajvery Solar product page for the current listed rate.

Customers searching for the itel 12kw hybrid inverter price in Pakistan, itel 12kw inverter price in pakistan, or itel inverter 12kw price in pakistan can check the latest price displayed on this product page.

For buyers specifically comparing the itel 12kW hybrid inverter IP54 price in Pakistan, the IP54 protection rating should be considered alongside the inverter’s 12kW output, 16kW PV input and 48V battery architecture.

The phrase itel 12kw ip66 inverter price in pakistan may also appear in online searches. However, the supplied manufacturer documentation identifies this model’s protection rating as IP54, not IP66, so an IP66 specification should not be attributed to this product.

Dealers, installers and bulk buyers can contact Hajvery Solar for current wholesale rates and quantity-based availability.

Hajvery Verified Product Information

Brand: Itel Energy

Exact Model: IPV-12K48U

Product Type: Hybrid Solar Inverter

Technical Data Source: Official Manufacturer Documentation

Specification Status: Verified against the manufacturer documentation supplied for this product

Battery Compatibility Status: Battery type and voltage range verified; specific battery brands/models require compatibility confirmation

Last Technical Review: August 2026

The itel 12kw hybrid inverter datasheet supplied for this product identifies the model as IPV-12K48U and provides the technical specifications used on this page.

For customers looking for an itel 12kW hybrid inverter datasheet, the manufacturer’s documentation should be consulted for the exact model before installation. The same applies to searches for the itel 12kw inverter datasheet PDF and itel 12kw hybrid inverter datasheet.

Hajvery Solar can also review the applicable datasheet, product model and serial information before purchase to ensure the selected inverter matches the planned system.

Warranty and After-Sales Support

Manufacturer / Official Warranty

The supplied Itel Energy material states a 3-year replacement warranty and 5-year service warranty for the product range shown.

Warranty claims remain subject to the manufacturer’s applicable terms, product serial information, installation conditions and other warranty requirements.

Itel After-Sales Support in Pakistan

The manufacturer’s material states that Itel Energy and CarlCare have established after-sales service coverage in Pakistan, including official and authorized service centers across major cities. It specifically mentions coverage including Islamabad, Rawalpindi, Lahore and Karachi, along with a senior repair center in Lahore.

The document also provides the Itel Energy hotline as +92 42 111 999 666.

For customers checking an Itel 12kW review, after-sales availability, warranty terms and installation support are useful factors to consider alongside the technical specifications.

Customers searching for an Itel 12kW hybrid inverter user manual should use the applicable official documentation for the exact IPV-12K48U model rather than relying on a manual for another inverter in the range.

Hajvery Solar can assist customers with product information, compatibility checking and warranty/serial verification where applicable.

Before You Buy

1. Phase: Confirm that the property is suitable for a single-phase 12kW inverter.
2. Battery Architecture: Confirm that the planned battery operates within the 48V / 40–60V range.
3. Battery Current: Check that the battery and BMS can safely support the expected charging and discharging current.
4. PV Design: Check panel Voc, Vmp and Isc against the 500V maximum DC input and MPPT/current limits.
5. Battery Compatibility: For lithium batteries, confirm BMS communication and supported protocols before installation.
6. Generator Requirement: If a generator is part of the system, confirm the intended generator connection and operating configuration.
7. Future Expansion: If a larger system may be required later, discuss the manufacturer’s parallel configuration before purchasing.
8. Installation Location: Allow for ventilation and account for power derating above 45°C.

When comparing the Itel 12kW price with other inverter options, buyers should also check whether the alternative uses the same battery architecture, PV limits, backup capability and protection rating.

Frequently Asked Questions

Is the Itel 12KW Hybrid Inverter single-phase or three-phase?

The IPV-12K48U is a single-phase 12kW inverter. The manufacturer also specifies support for multi-unit configurations, including up to 12 units for a three-phase arrangement.

Does the Itel 12KW Hybrid Inverter support lithium batteries?

Yes. The manufacturer lists lithium-ion, lead-acid and user-defined battery types. The specified battery architecture is 48V, with an operating range of 40–60V.

Which batteries are compatible with the Itel 12KW Hybrid Inverter?

The supplied manufacturer documentation does not provide a named list of compatible battery brands or models. Battery selection should therefore be confirmed using the 48V voltage range, current requirements and BMS communication compatibility before purchase.

How much solar PV can be connected?

The manufacturer’s maximum PV input is 16kW, with a maximum DC input voltage of 500V, an 85–450V MPPT range, and a maximum PV input current of 27A + 27A.

Can it provide backup during load shedding?

Yes, the specifications include UPS/appliance switching times and battery operation. The manufacturer specifies 10ms switching for UPS applications and 20ms for appliances. Actual backup time depends on battery capacity, load and operating conditions.

Does the inverter support a diesel generator?

Yes. Diesel generator support is listed as Yes in the manufacturer’s technical specifications.

Can the system be expanded by using multiple inverters?

Yes. The manufacturer lists up to 6 units in single-phase parallel operation and up to 12 units in three-phase configuration for the IPV-12K48U.

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

The price of the Itel 12 kW in Pakistan can vary depending on stock, exchange rates and market conditions. Customers can check the latest price on the Hajvery Solar product page.

Is the Itel 12KW Hybrid Inverter IP54 or IP66?

The supplied manufacturer documentation specifies IP54 protection for this model. Therefore, searches such as “itel 12kw hybrid inverter ip66″ or “itel 12kw ip66 inverter price in pakistan” should not be taken as confirmation that the IPV-12K48U itself has an IP66 rating.

Buy Itel 12KW Hybrid Inverter from Hajvery Solar.

If you are planning a larger 48V hybrid solar system, Hajvery Solar can help you confirm the inverter’s battery requirements, PV limits and system configuration before ordering.

Hajvery Solar Energy

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

Retail customers, installers and dealers can contact Hajvery Solar for product availability and applicable rates. Battery and inverter compatibility can also be checked before finalizing the system.

Customers comparing the itel solar inverter 12kw price in Pakistan, itel inverter 12kw price in Pakistan, or itel 12kw hybrid inverter price in Pakistan should consider the complete system requirements rather than the inverter price alone.

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.