Skip to content
LIANKENERGY Get a Quote

Hybrid Solar Inverters

PV-INV Hybrid Inverters

Smart solar, battery and grid power conversion for residential and light commercial energy storage systems.

Request a SolutionView All Products
Hybrid InvertersPV-INV Hybrid InvertersView product gallery
Factory Model
PV-INV 6.2kW: 6248SMH / PV-INV 11kW: 6248SMH
Input Mode
PV-INV 6.2kW: L+N+PE / PV-INV 11kW: L+N+PE
Rated Input Voltage
PV-INV 6.2kW: 220/230/240VAC / PV-INV 11kW: 220/230/240VAC

Product overview

The Control Center Between PV, Battery, Grid and Loads

PV-INV hybrid inverters coordinate PV input, battery charging, grid interaction and load output. They are a key component for home solar storage and backup power systems.

Before ordering

Confirm the application, electrical platform, target capacity or power, installation environment, communication requirements and current project documents before ordering.

Product advantages

Why PV-INV Hybrid Inverters fits this application

01

PV Battery Grid Control

Coordinates solar input, battery charging, grid interaction and load output in one hybrid system.

02

Backup Power Logic

Supports key-load backup scenarios when paired with compatible batteries and correct system design.

03

Residential Fit

Power classes are positioned for home and light commercial solar storage applications.

04

Smart Monitoring

Display and system status functions help users understand energy flow and operating state.

05

Flexible Energy Use

Helps manage solar self-consumption, battery discharge and grid energy based on system needs.

06

Battery Compatibility

Can be matched with suitable LIANHENERGY battery solutions for complete PV storage projects.

Selection logic

Start with the system requirements

01

Home Solar Storage

Manage PV generation, battery charging and household energy use.

02

Backup Power

Support key loads when grid power is unavailable.

03

Hybrid Energy Control

Coordinate solar, battery, grid and load energy flows.

Verified technical data

PV-INV Hybrid Inverters technical specifications

Confirm the current datasheet, model scope and project conditions before specification or quotation.

Electrical specificationPV-INV Hybrid Inverters
Factory ModelPV-INV 6.2kW: 6248SMH / PV-INV 11kW: 6248SMH
Input ModePV-INV 6.2kW: L+N+PE / PV-INV 11kW: L+N+PE
Rated Input VoltagePV-INV 6.2kW: 220/230/240VAC / PV-INV 11kW: 220/230/240VAC
AC Voltage RangePV-INV 6.2kW: 90-280VAC +/-3V (Normal Mode); 170-280VAC +/-3V (UPS Mode) / PV-INV 11kW: 90-280VAC +/-3V (Normal Mode); 170-280VAC +/-3V (UPS Mode)
Frequency RangePV-INV 6.2kW: 50/60Hz (Auto-adaptive) / PV-INV 11kW: 50/60Hz (Auto-adaptive)
Rated Power – Battery InversionPV-INV 6.2kW: 6200W / PV-INV 11kW: 11000W
Rated Power – PV InversionPV-INV 6.2kW: 6500W / PV-INV 11kW: 12000W
Output VoltagePV-INV 6.2kW: 220/230/240VAC +5% / PV-INV 11kW: 220/230/240VAC +5%
Output FrequencyPV-INV 6.2kW: 50/60Hz +/-0.1% / PV-INV 11kW: 50/60Hz +/-0.1%
WaveformPV-INV 6.2kW: Pure sine wave / PV-INV 11kW: Pure sine wave
Conversion TimePV-INV 6.2kW: 10ms for computer equipment; 20ms for household appliances / PV-INV 11kW: 10ms for computer equipment; 20ms for household appliances
Peak PowerPV-INV 6.2kW: 12400VA / PV-INV 11kW: 22000VA
Overload CapacityPV-INV 6.2kW: Battery mode: 11s @105%-150% load; 2s @150%-200% load; 400ms @>200% load / PV-INV 11kW: Battery mode: 11s @105%-150% load; 2s @150%-200% load; 400ms @>200% load
Grid-tied Output VoltagePV-INV 6.2kW: 220/230/240VAC / PV-INV 11kW: 220/230/240VAC
Grid-fed Voltage RangePV-INV 6.2kW: 170-265VAC / PV-INV 11kW: 170-265VAC
Grid-fed Frequency RangePV-INV 6.2kW: 49-51+/-1Hz / 59-61+/-1Hz / PV-INV 11kW: 49-51+/-1Hz / 59-61+/-1Hz
Nominal Output CurrentPV-INV 6.2kW: 26.9A / PV-INV 11kW: 47.8A
Power Factor RangePV-INV 6.2kW: >0.99 / PV-INV 11kW: >0.99
Max Conversion Efficiency (DCHC)PV-INV 6.2kW: 98% / PV-INV 11kW: 98%
Battery Rated VoltagePV-INV 6.2kW: 48Vdc / PV-INV 11kW: 48Vdc
Constant Voltage ChargingPV-INV 6.2kW: 56.4Vdc / PV-INV 11kW: 56.4Vdc
Float Charging VoltagePV-INV 6.2kW: 54Vdc / PV-INV 11kW: 54Vdc
PV Charging ModePV-INV 6.2kW: MPPT / PV-INV 11kW: Dual-channel MPPT
Maximum PV Input PowerPV-INV 6.2kW: 8500W / PV-INV 11kW: 2 x 7500W
MPPT Input Voltage RangePV-INV 6.2kW: 60-500Vdc / PV-INV 11kW: 90-500Vdc
Optimal Vmp Operating RangePV-INV 6.2kW: 360-430Vdc / PV-INV 11kW: 360-430Vdc
Maximum PV Input VoltagePV-INV 6.2kW: 500Vdc / PV-INV 11kW: 500Vdc
Maximum PV Input CurrentPV-INV 6.2kW: 27A / PV-INV 11kW: 27A / 27A
Maximum PV Charging CurrentPV-INV 6.2kW: 120A / PV-INV 11kW: 150A
Maximum Mains Charging CurrentPV-INV 6.2kW: 100A / PV-INV 11kW: 150A
Maximum Charging CurrentPV-INV 6.2kW: 120A / PV-INV 11kW: 150A
DisplayPV-INV 6.2kW: LCD interface; operating mode, load, input and output status / PV-INV 11kW: LCD interface; operating mode, load, input and output status
RS232 InterfacePV-INV 6.2kW: Baud rate: 2400 / PV-INV 11kW: Baud rate: 2400
Expansion InterfacePV-INV 6.2kW: Lithium battery BMS communication card, WiFi card, dry contact card, etc. / PV-INV 11kW: Lithium battery BMS communication card, WiFi card, dry contact card, etc.
Parallel Operation InterfacePV-INV 6.2kW: Parallel operation (grid) function / PV-INV 11kW: Parallel operation (grid) function
Mechanical and environmentalPV-INV Hybrid Inverters
Operating Ambient TemperaturePV-INV 6.2kW: -10 to 50 deg C / PV-INV 11kW: -10 to 50 deg C
Operating Ambient HumidityPV-INV 6.2kW: 20%-95% (No condensation) / PV-INV 11kW: 20%-95% (No condensation)
AltitudePV-INV 6.2kW: Altitude shall not exceed 1000m; derating applies above 1000m; maximum altitude 4000m; refer to IEC 62040 / PV-INV 11kW: Altitude shall not exceed 1000m; derating applies above 1000m; maximum altitude 4000m; refer to IEC 62040
DimensionsPV-INV 6.2kW: 310 x 120 x 460mm / PV-INV 11kW: 550 x 470 x 145mm

Frequently asked questions

Common questions before you choose

What does a hybrid inverter do?

It manages solar input, battery charging, grid interaction and load output within an energy storage system.

Can it work with batteries?

Yes. Hybrid inverters are designed to work with battery storage for backup and self-consumption applications.

Which system is it suitable for?

It is suitable for residential and light commercial PV battery storage systems.

What is the difference between hybrid and off-grid inverters?

A hybrid inverter coordinates PV, battery, grid and loads, while an off-grid inverter focuses on independent power systems without reliable grid use.

Can a hybrid inverter be used for backup power?

Yes. With a suitable battery and system configuration, it can support key loads when grid power is unavailable.

What information is needed to choose a model?

Model selection depends on PV array size, battery voltage, load power, grid connection requirements and backup expectations.

LIANKENERGY product portfolio

Explore the complete product range

1 / 11
E-STONE 5.1kWhResidential Energy Storage

E-STONE 5.1kWh

Compact residential storage for solar self-use and essential-load backup.

E-STONE 16.0kWhResidential Energy Storage

E-STONE 16.0kWh

Higher-capacity residential storage for longer backup and daily cycling.

E-STONE Pro 16.0kWhResidential Energy Storage

E-STONE Pro 16.0kWh

Alternative residential format for projects requiring added system flexibility.

E-MATE 114RCommercial & Industrial ESS

E-MATE 114R

Integrated commercial energy storage for facility and project applications.

E-WALL 200RCommercial & Industrial ESS

E-WALL 200R

Commercial storage platform for flexible indoor project deployment.

BESS 200kWhCommercial & Industrial ESS

BESS 200kWh

Outdoor cabinet storage for commercial facilities and distributed projects.

BESS Plus 500GPCommercial & Industrial ESS

BESS Plus 500GP

Project-scale storage platform for higher-capacity commercial applications.

POWER PILE 5.12kWhLithium Batteries

POWER PILE 5.12kWh

Stackable LiFePO4 battery module for scalable energy storage systems.

POWER PILE 16.0kWhLithium Batteries

POWER PILE 16.0kWh

Expanded modular battery capacity for residential and commercial demand.

PV INV 6.2kWOff-Grid Inverters

PV INV 6.2kW

Off-grid solar inverter for independent and backup power systems.

PV INV 11kWOff-Grid Inverters

PV INV 11kW

Higher-power off-grid inverter for demanding residential and light-commercial loads.

Project review

Need a Matched Hybrid Solar Inverter Configuration?

Share the application, electrical platform, load, capacity, runtime and installation location.

Request a Solution