An 11kW battery inverter with dual-channel MPPT for larger homes and light-commercial solar storage systems.

High-Power Hybrid Conversion

PV-INV 11kW Hybrid Solar Inverter

An 11kW battery inverter with dual-channel MPPT for larger homes and light-commercial solar storage systems.

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Compare this launch series

PV-INV 6.2kW / 6248SMHView productPV-INV 11kW
High-Power Hybrid ConversionPV-INV 11kW Hybrid Solar InverterView product gallery

Battery inversion rated power11000W
PV inversion rated power12000W
Peak power22000VA
Product overview

What this product is designed to do

A practical explanation of the product, intended customer and role in the energy system.

PV-INV 11kW is a higher-power 48V inverter for large homes and light-commercial solar storage. It provides 11000W battery-inverter output, dual MPPT inputs and up to 2 x 7500W of published PV input capacity.

Dual MPPT channels are useful when roof sections have different orientations or operating conditions. The higher power also creates higher battery current, cabling and protection requirements, so the complete DC design must be reviewed rather than selected from inverter power alone.

Choose this model when the load study supports an 11kW single-phase system and the PV array benefits from two MPPT channels. The 6.2kW model may be more economical for moderate residential loads.

Customer value

Advantages tied to real decisions

No generic claims: each point explains a practical selection, installation or operating benefit.

PV-INV 11kW Hybrid Solar Inverter - 11kW continuous output
01

11kW continuous output

Supports larger protected-load groups when the electrical design is correctly sized.

PV-INV 11kW Hybrid Solar Inverter - Dual MPPT
02

Dual MPPT

Separates PV strings with different orientations or array conditions.

PV-INV 11kW Hybrid Solar Inverter - 22kVA surge
03

22kVA surge

Provides short-duration headroom for compatible motor and appliance starts.

Verified technical data

Technical specifications

One complete, copyable table. Unverified values remain clearly gated.

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Specification Value
AC input mode L + N + PE
Rated AC input 220 / 230 / 240 VAC
AC input range 90–280 VAC ±3 V (Normal); 170–280 VAC ±3 V (UPS)
AC frequency 50 / 60 Hz, auto-detection
Battery inversion power 11,000 W
PV inversion power 12,000 W
AC output 220 / 230 / 240 VAC ±5%
Output frequency 50 / 60 Hz ±0.1%
Output waveform Pure sine wave
Transfer time 10 ms (computer); 20 ms (household appliance)
Peak power 22,000 VA
Overload capability 11 s @ 105–150%; 2 s @ 150–200%; 400 ms @ >200%
Grid-feed voltage 170–265 VAC
Grid-feed frequency 49–51 Hz / 59–61 Hz
Nominal output current 47.8 A
Power factor >0.99
Maximum efficiency 98%
Rated battery voltage 48 VDC
Constant charging voltage 56.4 VDC
Float charging voltage 54 VDC
MPPT configuration Dual MPPT
Maximum PV input power 2 × 7,500 W
MPPT range 90–500 VDC
Optimal Vmp range 360–430 VDC
Maximum PV voltage 500 VDC
Maximum PV input current 27 A / 27 A
Maximum PV charging current 150 A
Maximum mains charging current 150 A
Maximum total charging current 150 A
Communication and expansion RS232; optional BMS card, Wi-Fi card and dry contact
Parallel operation Supported in grid mode
Operating temperature −10°C to 50°C
Relative humidity 20–95%, non-condensing
Noise ≤50 dB
Altitude ≤1,000 m without derating; maximum 4,000 m
Dimensions 550 × 470 × 145 mm
Clear product selection

Is this product right for your project?

These conditions help buyers rule the model in or out before detailed engineering.

Application scenarios

Where this product creates value

Application 01

Large-home solar storage

Support a larger PV array and higher residential load group.

Application 02

Light-commercial backup

Protect selected office, retail or workshop circuits after load review.

Application 03

Dual-orientation PV

Use separate MPPT channels for differently oriented array sections.

System compatibility

Confirm these points before ordering

Compatibility is determined by the complete electrical and communication design, not the product name alone.

  • 48V high-current battery system
  • Dual-MPPT string design
  • AC cable, breaker and surge-load review
Technical documents

Downloads reserved for verified files

Datasheets, manuals and certificates will appear here only after document verification.

Document package in preparation

No placeholder or unverified files are published. Contact the team to request the currently available documents for PV-INV 11kW.

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Product-specific FAQ

Questions customers ask before selection

Direct answers with the conditions that affect the final recommendation.

What projects suit the 11kW model?

It is intended for larger residential and light-commercial systems with higher loads and larger PV arrays.

Does it use a high-voltage battery?

No. The brochure lists a 48Vdc battery platform.

What does dual MPPT mean?

Two independent MPPT channels allow separate PV strings to be optimized within their voltage and current limits.

Can it run motors or pumps?

The 22kVA peak rating provides surge headroom, but motor starting current and duration must be checked before selection.

Can units operate in parallel?

The brochure lists a parallel operation interface. Confirm the supported quantity, firmware and wiring method for the project.

Which battery should be paired with it?

Select a 48V battery system that can supply the required current and supports the approved communication protocol.

Project review

Turn the product page into a project recommendation

Share the application, load or generation data, voltage, capacity target, installation conditions and purchase schedule. LIANHENERGY will confirm product fit before quotation.

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