SolaX 8kW X1-GENKi Hybrid Inverter Overview

The SolaX 8kW X1-GENKi Hybrid Inverter is built for solar systems that need more than daytime PV generation. It combines an 8kW single-phase output with solar input, battery storage and an EPS backup output, allowing the system to use solar energy during the day and battery power when backup supply is required.

A major strength of this model is its 16kW maximum PV input, which gives the installer considerable PV capacity relative to its 8kW rated output. The solar side uses 2 MPPTs, with 2 strings per MPPT, while the maximum PV input voltage reaches 600V.

On the storage side, the inverter uses a 48V nominal battery architecture and supports both Lithium and Lead-Acid batteries across a 40–60V battery range. Its maximum charging and discharging current is 190A, providing substantial battery-side current capability for an 8kW system.

For backup applications, the inverter provides an 8kVA EPS output, with 16kVA peak apparent power for 10 seconds and a switching time of less than 4ms.

Why This Hybrid Inverter Stands Out

High 16kW PV Input Capacity

The inverter accepts up to 16kW of PV input, which is twice its 8kW rated output. This gives installers room to build a comparatively large solar array around an 8kW inverter while staying within the specified PV input limit.

The actual array design still needs to follow the inverter’s voltage and current limits, along with the selected solar panel’s electrical characteristics.

48V Battery Architecture with High Current Capability

The 48V nominal battery system is suitable for low-voltage energy storage applications. The battery operating range is 40–60V, while the maximum charging/discharging current reaches 190A.

This high current capability is particularly relevant when the battery needs to supply substantial backup loads through an 8kW inverter.

Fast EPS Switching

The EPS switching time is less than 4ms, helping the backup system respond quickly when the normal power source is unavailable. Actual performance for sensitive equipment still depends on the equipment itself, system configuration and installation conditions.

IP65 Protection

With an IP65 protection rating, the inverter has a strong level of enclosure protection for suitable installation environments. Proper mounting and installation conditions are still important, particularly in dusty, hot or exposed locations.

Dual MPPT Solar Design

The inverter has 2 MPPTs, with 2 strings per MPPT. This gives installers greater flexibility when the solar array has different roof orientations or string configurations that need separate maximum-power tracking.

Best For

The SolaX 8kW X1-GENKi Hybrid Inverter is well suited to:

• Residential solar systems requiring battery backup
• Homes with substantial daytime solar consumption
• Solar systems affected by load shedding
• Users looking for a 48V hybrid inverter
• Systems using supported Lithium or Lead-Acid batteries
• Installations requiring a relatively high PV array around an 8kW inverter
• Solar systems where multiple PV strings benefit from 2 MPPTs
• Backup applications requiring an 8kVA EPS output

It can also be considered for selected small commercial applications where the single-phase configuration, 8kW output and battery architecture match the electrical requirements.

Not Ideal For

This inverter may not be the right choice where:

• The building specifically requires a three-phase inverter
• The planned battery system operates outside the 40–60V battery range
• The installation requires a high-voltage battery architecture
• The solar array exceeds the inverter’s specified PV voltage, current or power limits
• The required continuous backup load exceeds the inverter’s rated EPS capability
• The project requires a different battery communication or compatibility arrangement that has not been verified

Correct system sizing should always consider the actual loads, battery characteristics and solar string design rather than inverter capacity alone.

Solar PV Input and MPPT Performance

The SolaX 8kW X1-GENKi provides a substantial PV input capacity for its rated AC output. Its maximum PV array and maximum PV input power are both 16,000Wp.

The maximum PV input voltage is 600V, while the startup voltage is 110V. The nominal PV input voltage is 360V. Both the operating voltage range and MPPT voltage range are 50–550V.

The inverter has 2 MPPTs, with 2 strings per MPPT. Maximum input current is 32A per MPPT, while maximum short-circuit current is 40A per MPPT.

These limits are important when selecting modern high-current solar modules. String design should account for panel Voc, Vmp, Isc and Imp, as well as temperature-related voltage changes. Simply matching the total panel wattage is not enough to confirm compatibility.

Battery Compatibility and Energy Storage

The inverter supports Lithium and Lead-Acid batteries. Its battery voltage range is 40–60V, with a 48V nominal battery voltage.

The maximum charging and discharging current is 190A. This is an important specification for an 8kW low-voltage hybrid system because the battery must be capable of supplying the required current under the intended load conditions.

For a lithium installation, the battery should be matched using its voltage limits, charge/discharge current capability and supported BMS communication arrangement. The inverter provides CAN and RS485 interfaces, but a specific battery brand or model should only be selected after compatibility has been confirmed for the complete system.

Lead-Acid batteries are also supported, providing an additional storage option for installations where this battery chemistry is appropriate.

Backup Power and Load-Shedding Performance

The EPS output is rated at 8kVA, matching the inverter’s nominal output capacity. Peak apparent power reaches 16kVA for 10 seconds, providing short-duration surge capability for suitable loads.

The nominal EPS output is 230V at 50/60Hz, with a nominal output current of 34.8A. The specified switching time is less than 4ms, while THDv with a linear load is less than 2%.

The inverter also provides an LRA rating of 125A, which is relevant when evaluating motor-starting and other high-inrush loads. However, actual motor or compressor suitability depends on the starting characteristics of the individual equipment and the complete system configuration.

For load-shedding applications in Pakistan, essential loads should be separated and sized according to the inverter’s continuous output, battery capability and expected operating conditions.

Monitoring and Communication

The SolaX 8kW X1-GENKi provides a broad set of communication and monitoring interfaces. These include:

• CAN
• RS485
• CT
• Meter
• USB
• NTC
• WiFi + LAN
• LED + LCD

WiFi and LAN connectivity can be useful for system monitoring and communication, while CAN and RS485 provide interfaces relevant to battery and system communication.

The LCD and LED interface also provides a local way to view and interact with inverter information.

Technical Specifications

Solar PV Input

Battery

Backup / EPS Output

System Performance

General Specifications

Recommended Solar System Size

The SolaX 8kW X1-GENKi has an 8kW rated output but accepts up to 16kW of PV input. These two figures should not be treated as the same thing.

The 16kW value represents the maximum specified PV input, while the inverter’s output remains rated at 8kW. A properly designed solar array should remain within the inverter’s 600V maximum PV voltage, 50–550V MPPT range, maximum input current and short-circuit current limits.

Before finalizing the array, the installer should check:

• Panel Voc
• Panel Vmp
• Panel Isc
• Panel Imp
• Temperature-adjusted string voltage
• MPPT operating range
• Maximum input current
• Number of strings per MPPT

The maximum permitted PV input should therefore be treated as an electrical design limit, not an automatic recommendation for every installation.

Hybrid Inverter Use in Pakistan

For Pakistani homes and businesses dealing with load shedding, a hybrid inverter can provide a practical way to combine solar generation with battery backup.

The SolaX 8kW X1-GENKi is particularly relevant where an 8kW single-phase output, substantial PV capacity and a 48V battery system are appropriate. During daylight hours, solar energy can support connected loads and charge the battery according to the system configuration. During backup operation, the EPS output can supply suitable loads from the available battery energy.

Installation conditions are especially important in Pakistan’s hot summer climate. The inverter has an operating temperature range of -25°C to +60°C, with derating above +45°C. Good ventilation, suitable mounting clearance and appropriate electrical protection should therefore be considered during installation.

Dust, heat, battery temperature, cable sizing and protection equipment can all affect real-world system operation.

SolaX 8kW X1-GENKi Price in Pakistan

The SolaX 8kW X1-GENKi Hybrid Inverter is available from Hajvery Solar Energy at the supplied current price:

The current price of the SolaX 8kW X1-GENKi Hybrid Inverter in Pakistan is Rs. 314,900 per unit.

The final system cost can also depend on battery selection, PV capacity, mounting, protection equipment, installation requirements and other system components. Dealers, installers and bulk buyers can contact Hajvery Solar Energy for current availability and quantity-based enquiries.

The solax 8kw price in pakistan can vary with market conditions and system requirements, so buyers should confirm the current product price before placing an order.

Hajvery Verified Product Information

Hajvery Solar Energy is a SolaX Official Distributor, providing buyers with a direct route for product enquiries and compatibility guidance.

For customers searching solax 8kw, the exact model can be identified through the X1-GENKi-8kW model designation and its 8kW single-phase configuration.

Warranty and After-Sales Support

The SolaX 8kW X1-GENKi Hybrid Inverter comes with a 5-year warranty.

Hajvery Solar Energy is also a SolaX authorized dealer, helping customers with product selection, system compatibility and purchase-related guidance.

Warranty coverage should be checked for the applicable product, installation and claim requirements before purchase. Hajvery Solar can assist customers in understanding the applicable warranty route and product-related requirements.

The inverter’s warranty period is an important consideration when comparing the solax 8kw price with the overall value of the complete solar system.

Before You Buy

Before purchasing the SolaX 8kW X1-GENKi Hybrid Inverter, confirm the following:

1. Phase requirement: This model is single phase.
2. Battery architecture: The system uses a 48V nominal battery.
3. Battery voltage: The selected battery must operate within the 40–60V range.
4. Battery chemistry: Lithium and Lead-Acid are supported.
5. Battery current: Check that the selected battery can meet the required charge/discharge current.
6. PV array: Keep the solar design within the 600V maximum PV voltage and 50–550V MPPT range.
7. MPPT configuration: Check panel string arrangement against the 2 MPPT / 2 strings per MPPT configuration.
8. Backup loads: Confirm the continuous and starting requirements of essential loads.
9. Installation environment: Consider temperature, ventilation, dust and mounting conditions.
10. Communication: Confirm the required CAN, RS485, WiFi, LAN or meter/CT connections before installation.

For customers considering the solax 8kw hybrid inverter, these checks are more useful than choosing an inverter based on capacity alone.

Frequently Asked Questions

What is the SolaX 8kW X1-GENKi Hybrid Inverter?

The SolaX 8kW X1-GENKi is a single-phase 8kW hybrid inverter designed for solar PV, battery storage and EPS backup applications.

What is the battery voltage of the SolaX 8kW hybrid inverter?

It uses a 48V nominal battery voltage, with a specified battery voltage range of 40–60V.

What batteries does the SolaX 8kW X1-GENKi support?

The inverter supports Lithium and Lead-Acid batteries. Battery selection should also consider voltage, charge/discharge current and communication compatibility.

How much solar PV can the SolaX 8kW inverter handle?

The maximum PV input power is 16kW, with a maximum PV input voltage of 600V. The MPPT voltage range is 50–550V.

How many MPPTs does the SolaX 8kW have?

The inverter has 2 MPPTs, with 2 strings per MPPT.

Is the SolaX 8kW suitable for load shedding?

Yes, the inverter provides an 8kVA EPS output and a specified switching time of less than 4ms, making it suitable for appropriately designed battery-backup systems. The connected loads must remain within the inverter and battery capabilities.

What is the SolaX X1-GENKi 8kW price in Pakistan?

The current price of the SolaX 8kW X1-GENKi Hybrid Inverter in Pakistan is Rs. 314,900 per unit.

Customers searching for solax 8kw x1 genki price in pakistan can confirm the latest price and availability with Hajvery Solar Energy.

What warranty does the SolaX 8kW X1-GENKi have?

The inverter has a 5-year warranty.

Buy SolaX 8kW X1-GENKi Hybrid Inverter from Hajvery Solar

Hajvery Solar Energy supplies the SolaX 8kW X1-GENKi Hybrid Inverter for customers looking for a high-capacity single-phase hybrid inverter with substantial PV input, 48V battery storage and EPS backup.

Hajvery Solar Energy is an Official SolaX Distributor, while its authorized SolaX dealer support helps customers select the right inverter and check battery and system compatibility before purchase.

For buyers searching solax 8kw hybrid inverter, solax 8kw inverter, solax hybrid inverter price in pakistan or solax inverter price in pakistan, the X1-GENKi-8kW provides a clear option for 8kW single-phase hybrid solar applications.

Customers searching fronus solax 8kw can also identify the product through its exact SolaX X1-GENKi-8kW model designation.

Buying through Hajvery Solar Energy, an authorized SolaX dealer, provides a clear route for product selection, compatibility guidance and warranty-related assistance