UTL 6kVA Solar Hybrid Inverter Price in India 2026: Features, Specifications & System Compatibility

Choosing the right solar inverter is an important step when planning a residential, commercial or industrial solar installation. If you need a hybrid inverter that supports solar generation, battery storage and grid connectivity, the UTL 6kVA Solar Hybrid Inverter HYB-6K-GXLT2 is a model worth exploring.

This inverter is designed for three-phase installations where power demand, solar generation and backup requirements need to be considered together.

Unlike a standard on-grid inverter, a compatible hybrid system can also support battery storage and backup operation when configured correctly. This can be useful for businesses, larger homes and properties that need more flexibility in how they use solar electricity.

In this guide, we cover the UTL 6kVA hybrid inverter price in India in 2026, technical specifications, battery compatibility, solar-panel sizing, applications and the costs involved in building a complete solar system.

UTL 6kVA Hybrid Solar Inverter Price in India 2026

The UTL HYB-6K-GXLT2 is a three-phase hybrid inverter. Its price depends on the seller, current stock, taxes, warranty terms and the quotation offered for the exact model.

UTL's published product listings show different prices across models and sales channels. For this reason, buyers should confirm the current selling price for the HYB-6K-GXLT2 rather than relying on a price for a different inverter variant.

Product detail	Information
Brand	UTL Solar
Model	HYB-6K-GXLT2
Rated output	6,000W
Capacity class	6kVA / 6kW model
Phase	Three phase
Inverter technology	High-frequency, transformerless hybrid
MPPT trackers	2
Maximum PV input power	9,000W
Battery system	48V nominal class
Battery type	Lithium-ion or lead-acid, subject to compatibility
Warranty	Manufacturer-listed five years

UTL's published price list dated December 2025 showed an MRP of ₹2,98,800 and an EPC price of ₹1,42,800 excluding GST for the HYB-6K-GXLT2. These are published list-price categories, not a guaranteed current retail quotation. https://www.upsinverter.com/utl/wp-content/uploads/2025/12/Solar-Panel-GT-Inverter-Price-list.pdf

For an updated price, ask the seller to confirm:

• The exact model number

• GST-inclusive price

• Availability

• Warranty

• Delivery charges

• Installation scope

• Whether the quotation covers the inverter alone or a complete solar system

What Is the UTL HYB-6K-GXLT2 Hybrid Inverter?

The UTL HYB-6K-GXLT2 is a three-phase hybrid solar inverter that manages power from a solar array, compatible battery storage and the electricity grid.

It can be considered for installations where a three-phase connection is available and the load profile requires a hybrid configuration.

The inverter is designed to support different operating modes, including on-grid, off-grid and UPS-style operation, subject to the installation and product configuration.

The system can help users:

• Use solar electricity for connected loads

• Store available energy in a compatible battery

• Use grid electricity when required

• Provide backup to designated loads during outages

• Manage charging and supply priorities

• Monitor system operation through supported communication options

Remember that a hybrid inverter does not automatically make an installation fully off-grid. The final capability depends on battery availability, wiring, operating settings and the loads connected to the backup output.

UTL HYB-6K-GXLT2 Specifications

The following table summarises the published specifications for this model.

Specification	Published value
Model number	HYB-6K-GXLT2
Rated AC output power	6,000W
Phase	Three phase
Maximum PV input power	9,000W
Maximum PV input voltage	800V
MPPT trackers	2
MPPT voltage range	200–650V
Maximum PV input current	Check exact datasheet and revision
Battery voltage class	48V nominal
Battery voltage range	40–60V
Supported battery types	Lithium-ion or lead-acid
Maximum charging current	135A in the published product listing
Maximum efficiency	Approximately 97.6%
MPPT efficiency	Greater than 99%
Monitoring	Supported communication options, subject to configuration
Warranty	Five years, according to published product information

Sources: UTL official product page and UTL HYB-6K-GXLT2 product specifications.

Specifications can vary by product revision. Always verify the datasheet supplied with the actual unit before designing the solar array or battery bank.

Why Choose a Three-Phase Hybrid Inverter?

A three-phase inverter is intended for electrical installations with a compatible three-phase supply and load arrangement.

It may be appropriate for:

Larger Homes

Homes with a three-phase electricity connection and higher combined appliance demand may benefit from a correctly designed three-phase solar system.

Offices and Commercial Buildings

Offices may have lighting, computers, networking equipment, air conditioning and other loads that need to be assessed together.

Shops and Showrooms

Commercial premises may use several types of electrical equipment throughout the day, making solar generation and energy management useful.

Small Industrial Facilities

Some facilities have three-phase machinery and daytime power consumption that can make solar generation attractive. Motor starting requirements and load balancing must be evaluated carefully.

Existing Solar Installations

Hybrid systems can sometimes be used in retrofit projects. The exact coupling method and compatibility with an existing inverter or solar array must be confirmed with the installer.

A three-phase inverter is not automatically the right choice for every property. Confirm the sanctioned load, supply phase, connected equipment and applicable utility requirements first.

How Does the UTL 6kVA Hybrid Solar System Work?

A typical installation connects solar panels, the hybrid inverter, a compatible battery, the grid and designated loads.

During the day: Solar panels generate electricity. The inverter can supply compatible loads and charge the battery when conditions permit.

When solar production exceeds the immediate load: Available excess energy can potentially charge the battery, subject to system settings and battery charge limits.

During the evening: Stored battery energy can supply designated loads when solar generation falls.

During a grid outage: The inverter can supply supported backup loads if the battery, installation and operating configuration allow it.

When the battery is depleted: The system may use grid electricity when the grid is available and the operating mode permits it.

For three-phase properties, the installer must also check how the backup output is arranged and which circuits will remain operational during an outage.

How Many Solar Panels Can You Connect?

The HYB-6K-GXLT2 has a published maximum PV input power of 9kW. However, that does not mean every combination of panels up to 9kW will be compatible.

For illustration, consider 550W solar panels.

Number of panels	Nominal PV capacity
8	4.40kW
9	4.95kW
10	5.50kW
12	6.60kW
14	7.70kW
16	8.80kW

These figures are arithmetic examples, not final panel-string recommendations.

Before selecting the number of panels, check:

• Maximum PV input power

• Maximum open-circuit voltage

• MPPT voltage range

• Maximum current per MPPT

• Number of strings permitted

• Panel voltage and current

• Temperature-related voltage changes

• Roof orientation and shading

The inverter's 800V maximum PV input voltage is a critical design limit. The solar string must remain within the manufacturer's limits even under low-temperature conditions.

Ask the installer to provide a written string design showing the exact panel model, number of modules per string and MPPT allocation.

What Is the Difference Between 6kVA and 6kW?

These terms are related but not identical.

kW measures real power, which is the power used by appliances to perform work.

kVA measures apparent power, which is important when evaluating the electrical capacity of an inverter and the loads it supplies.

The relationship depends on the power factor of the load.

For this model, the published product information identifies a 6,000W rated output. Buyers should use the manufacturer's rated output specifications and not assume that every 6kVA inverter delivers 6kW of real power under all conditions.

This distinction is especially important when planning motors, pumps, air conditioners and other equipment with demanding starting characteristics.

Which Battery Is Compatible With the UTL 6kVA Hybrid Inverter?

The HYB-6K-GXLT2 product information lists a 48V-class battery system and support for lithium-ion or lead-acid batteries.

However, not every battery advertised as a 48V or 51.2V lithium battery is automatically compatible.

Before buying a battery, verify:

Battery Voltage

The operating voltage must fall within the inverter's permitted battery range.

Charging and Discharging Current

The battery must support the intended current without exceeding its operating limits.

Battery Management System

For lithium batteries that use communication with the inverter, the BMS protocol and settings must be compatible.

Usable Capacity

The nominal energy capacity is not always the same as usable energy.

Expansion Support

If you plan to add batteries later, confirm the supported parallel configuration and any installation requirements.

Warranty

Check the warranty duration, cycle conditions, capacity-retention terms and service process.

Obtain written compatibility confirmation for the exact inverter and battery models before purchasing.

How Much Battery Storage Do You Need?

Battery sizing should be based on the load you want to support and the required backup duration.

For example, if your designated backup load averages 1kW for four hours:

1kW × 4 hours = 4kWh of energy required by the load.

The battery would need more nominal capacity than this simple calculation suggests because usable-capacity limits and conversion losses must be considered.

Similarly, a 2kW load operating for four hours requires:

2kW × 4 hours = 8kWh of energy at the load.

This shows why inverter capacity and battery capacity should not be treated as interchangeable.

The inverter determines the power that can be delivered at a given moment. The battery determines how much stored energy is available over time.

If your property needs several hours of backup for air conditioning, pumps or machinery, have the installer calculate the complete load profile rather than selecting the battery based only on inverter capacity.

Can the UTL 6kVA Hybrid Inverter Run Air Conditioners?

It may be suitable for an installation with air-conditioning loads, provided the total power demand and operating conditions remain within the system's capabilities.

Before planning AC backup, check:

• Rated power consumption of each AC

• Starting or surge requirements

• Number of ACs operating simultaneously

• Other connected loads

• Battery discharge capability

• Backup output configuration

A 6kW inverter does not mean every appliance can operate simultaneously without limitation.

If AC backup is a key requirement, include it in the system design from the beginning.

UTL 6kVA Hybrid Inverter Price vs Complete Solar System Cost

The inverter-only price is only one part of the investment.

A complete installation may also require solar panels, batteries, mounting structures, electrical protection, cables, installation and commissioning.

Component	Included in inverter-only purchase?
UTL hybrid inverter	Yes
Solar panels	Usually additional
Battery storage	Usually additional
Mounting structure	Usually additional
DC and AC protection	Confirm quotation
Earthing and surge protection	Confirm quotation
Cabling and connectors	Confirm quotation
Installation and commissioning	Confirm quotation
Monitoring setup	Depends on configuration

The total project cost will vary with the installed solar capacity, battery size, panel brand, installation conditions and protection equipment.

For an accurate estimate, ask for separate prices for the inverter, panels, batteries and installation. Avoid comparing two quotations unless their included components and capacities are similar.

UTL HYB-6K-GXLT2 vs a Standard On-Grid Inverter

The correct choice depends on whether you need battery backup.

Feature	Standard on-grid inverter	UTL hybrid inverter
Solar generation	Yes	Yes
Grid connection	Yes	Yes
Battery storage	Not normally included	Supported
Backup during outage	Normally unavailable	Possible with suitable configuration
Energy storage	Requires a separate arrangement	Supported with compatible batteries
Initial investment	Generally lower	Generally higher
Best suited for	Solar bill reduction	Solar plus storage and backup

If you only want to reduce your electricity bill and your grid supply is reliable, an on-grid system may be more economical.

If your property needs battery storage and backup during power cuts, a hybrid inverter may be worth considering.

Is the UTL 6kVA Hybrid Inverter Suitable for a Home?

It can be suitable for a home that has a compatible three-phase connection and a load profile that matches the inverter's capabilities.

However, household size alone does not determine inverter capacity.

A home using fans, lights, a refrigerator and computers has a different load profile from one operating several air conditioners, water pumps, kitchen appliances and electric heating equipment.

Before choosing the inverter:

1. Review your recent electricity bills.

2. List the appliances that may operate simultaneously.

3. Identify which circuits need backup.

4. Estimate your required backup duration.

5. Confirm whether your property has a three-phase connection.

6. Check battery and inverter limits against the proposed load.

The same process applies to commercial properties and small industrial facilities.

Does the UTL Hybrid System Qualify for PM Surya Ghar Subsidy?

Eligible residential rooftop solar installations may qualify for assistance under the PM Surya Ghar: Muft Bijli Yojana, subject to the scheme's current requirements.

However, purchasing a particular hybrid inverter does not automatically guarantee subsidy eligibility.

Before including subsidy in your financial calculations, verify the applicable requirements for the residential installation, eligible equipment, registered vendor and installation process.

Do not deduct a maximum subsidy amount directly from the inverter price. Confirm the eligible installation and the actual subsidy that applies.

What Should You Check Before Buying?

Before ordering the UTL HYB-6K-GXLT2, use this checklist.

1. Exact model number: Confirm HYB-6K-GXLT2 rather than the single-phase HYB-6K-GXLS2.

2. Current price: Ask for a GST-inclusive quotation.

3. Phase compatibility: Confirm that your property has a suitable three-phase connection.

4. Solar array design: Check voltage, current, MPPT and PV input limits.

5. Battery compatibility: Verify voltage, BMS communication and charging limits.

6. Backup loads: Confirm which circuits will operate during an outage.

7. Protection equipment: Check the inclusion of ACDB, DCDB, surge protection and earthing.

8. Installation: Confirm labour, commissioning and cabling costs.

9. Warranty: Obtain written warranty terms.

10. After-sales service: Confirm support availability and the warranty claim process.

Final Verdict

The UTL 6kVA Solar Hybrid Inverter HYB-6K-GXLT2 is a three-phase hybrid inverter intended for installations that need solar generation, grid integration and compatible battery storage.

Its published specifications include 6,000W rated output, up to 9kW maximum PV input power, two MPPT trackers and a 48V-class battery system.

The right buying decision depends on your electrical connection, solar-panel configuration, backup requirements and battery compatibility. The inverter's price should be evaluated alongside the cost of the complete installation.

For a current quotation, confirm the exact model, GST, availability, warranty and installation scope with the seller.

Explore UTL solar products at Vigood Solartek: https://vigoodsolartek.com/collections/utl-solar

Frequently Asked Questions

1. What is the price of the UTL 6kVA hybrid inverter in India?

The price depends on the exact model and seller. UTL's December 2025 price list showed an MRP of ₹2,98,800 and an EPC price of ₹1,42,800 excluding GST for the HYB-6K-GXLT2. Request a current quotation before purchasing.

2. Is the UTL HYB-6K-GXLT2 single phase or three phase?

The HYB-6K-GXLT2 is the three-phase model. The similarly named HYB-6K-GXLS2 is a different single-phase variant.

3. What is the maximum solar panel capacity supported?

The published maximum PV input power is 9kW. The final panel configuration must also satisfy the inverter's voltage, current and MPPT limits.

4. Can the UTL 6kVA hybrid inverter work with lithium batteries?

The published product information lists lithium-ion and lead-acid battery support. Confirm the exact battery voltage, BMS communication and operating configuration before purchase.

5. Does this inverter provide backup during power cuts?

It can support backup operation when configured appropriately with compatible battery storage and designated backup loads. Confirm the actual backup arrangement with the installer.

6. Is a 6kVA inverter enough for a large home?

It may be suitable depending on the home's connected load, simultaneous demand and backup requirements. Calculate the actual load instead of choosing solely by property size.

7. Can it run air conditioners and water pumps?

Potentially, if the combined load and starting requirements remain within the inverter and battery limits. Motors and compressors require careful assessment.

8. What is the warranty for the UTL HYB-6K-GXLT2?

Published product information lists a five-year warranty. Confirm the applicable written warranty terms with the seller.

9. Does the inverter include batteries and solar panels?

An inverter-only purchase does not automatically include batteries, panels or installation. Check the quotation for every included component.

10. Is the UTL hybrid inverter eligible for a solar subsidy?

Eligibility depends on the complete residential rooftop installation and the current scheme rules. The inverter model alone does not guarantee subsidy eligibility.