Solar PV · Battery · Grid · Load Power Management

Off-Grid / Hybrid Inverter

Solar off-grid and hybrid inverters for residential PV storage, battery backup, on/off-grid operation and high-voltage battery energy storage systems.

AINEGY Off-Grid / Hybrid Inverters are designed for solar PV input, AC charging, battery storage, UPS backup and on-grid / off-grid power supply applications. The series includes European and American voltage platforms, IP20 indoor models, IP65 protected models and high-voltage battery hybrid inverter options.

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Off-grid and hybrid solar inverter for PV battery grid and load power management

IP20 / IP65Indoor and protected inverter installation options.

1kW–80kWFrom residential off-grid use to high-voltage battery systems.

EU / AmericaEuropean and American voltage platform options.

Core Advantages of Off-Grid / Hybrid Inverter

AINEGY inverter series supports solar storage system matching across different voltage platforms, installation environments and backup power requirements.

Advantage 01

PV and AC Charging

Selected models support PV charging and AC charging for flexible solar storage, grid charging and backup power use.

Advantage 02

On/Off-Grid and UPS Operation

Supports on-grid, off-grid and UPS backup scenarios according to inverter model, system configuration and load design.

Advantage 03

European and American Platforms

Available with European and American voltage platforms for different regional power system requirements.

Advantage 04

IP20 and IP65 Options

IP20 models are suitable for protected indoor installation, while IP65 models support higher protection requirements.

Advantage 05

Parallel Expansion

Selected models support up to 6 units in parallel for higher system capacity and larger power demand.

Advantage 06

Battery System Matching

Supports different battery system configurations, including high-voltage LiFePO4 battery systems on selected models.

Off-Grid / Hybrid Inverter Product Range

Compare solar off-grid and hybrid inverter options by voltage platform, IP rating, inverter power range, battery platform and installation environment.

Solar Off-Grid Inverter

Solar Off-Grid Inverter — European IP20

1kW · 3kW · 6kW · 12kW

European IP20 solar off-grid inverter for residential solar backup, AC charging, WiFi monitoring and integrated UPS applications.

European VoltageIP20 IndoorAC ChargeWiFiUPS Function

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Solar Off-Grid Inverter

Solar Off-Grid Inverter — America IP20

3kW · 5kW · 6kW · 12kW

America IP20 solar off-grid inverter for American voltage systems, PV charging, AC charging, on/off-grid operation and parallel expansion.

American VoltageIP20 IndoorPV ChargeAC ChargeUp to 6 Parallel

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Solar Hybrid Inverter

Solar Hybrid Inverter — European IP20

6kW · 12kW

European IP20 solar hybrid inverter for residential PV storage, AC charging, integrated UPS function, WiFi monitoring and hybrid load applications.

European VoltageHybrid InverterIP20 IndoorAC ChargeWiFi

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Solar Hybrid Inverter

Solar Hybrid Inverter — European IP65

6kW · 10kW · 12kW

European IP65 solar hybrid inverter for protected installations, PV and AC charging, on/off-grid operation, UPS backup and parallel expansion.

European VoltageIP65 WaterproofHybrid InverterUPS BackupUp to 6 Parallel

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Solar Hybrid Inverter

Solar Hybrid Inverter — America IP65

10kW · 12kW

America IP65 solar hybrid inverter for American standard voltage, protected residential solar storage, on/off-grid operation and UPS backup.

American VoltageIP65 Waterproof10kW–12kWUPS BackupUp to 6 Parallel

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High-Voltage Battery Hybrid Inverter

High-Voltage Battery Solar Hybrid Inverter — European IP65

50kW · 60kW · 80kW

European IP65 high-voltage battery solar hybrid inverter for three-phase AC output, high-voltage LiFePO4 battery systems and larger energy storage applications.

High Voltage BatteryEuropean PlatformIP65 WaterproofThree-Phase Output50kW–80kW

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Choose the Right Inverter

Select the inverter according to regional voltage platform, installation environment, inverter power, battery voltage, PV input and backup load requirements.

European Indoor Off-Grid SystemChoose an IP20 European off-grid inverter for protected indoor residential solar backup applications.RecommendedEuropean IP20 Off-Grid Inverter

American Indoor Off-Grid SystemChoose an America IP20 off-grid inverter for American voltage systems with PV charging, AC charging and parallel needs.RecommendedAmerica IP20 Off-Grid Inverter

European Indoor Hybrid StorageChoose a European IP20 hybrid inverter for indoor PV storage, AC charging, UPS backup and WiFi monitoring.RecommendedEuropean IP20 Hybrid Inverter

European Protected InstallationChoose European IP65 hybrid inverter models where higher dust and water protection is required.RecommendedEuropean IP65 Hybrid Inverter

American Protected InstallationChoose America IP65 hybrid inverter models for American voltage, higher power and protected installation environments.RecommendedAmerica IP65 Hybrid Inverter

High-Voltage Battery SystemChoose the 50kW–80kW high-voltage battery hybrid inverter for three-phase and larger energy storage projects.RecommendedHigh-Voltage Battery Hybrid Inverter

IP20 vs IP65 Inverter Selection

IP20 and IP65 inverter models are designed for different installation environments. The final selection should consider installation location, protection requirement, cable routing and local electrical conditions.

IP20 ModelsMainly used for indoor or protected installation environments.

IP65 ModelsUsed where higher dust and water protection is required.

Indoor InstallationReview ventilation, clearance, cable routing and inverter service access.

Protected InstallationFollow product installation guidance and local electrical requirements.

European vs American Voltage Platform

European and American inverter platforms should be selected according to local grid voltage, wiring standard, load type and project configuration.

European PlatformFor projects requiring European voltage and regional electrical system matching.

American PlatformFor projects requiring American standard voltage and local load compatibility.

Load TypeConfirm single-phase or three-phase load requirements before selecting the inverter.

Project MatchingReview grid voltage, battery platform, PV input and load demand together.

PV, Battery, Grid and Load Energy Flow

Off-grid and hybrid inverters coordinate PV input, battery charging and discharging, grid or AC input, UPS backup and load power supply according to inverter mode and project configuration.

PV InputSolar PV can supply loads, charge batteries or reduce grid consumption depending on inverter mode.

Battery StorageBattery power can support selected loads during night, peak tariff periods or outages.

Grid / AC InputGrid or AC input can provide charging or load support depending on project settings.

UPS BackupUPS function should be matched with critical load power and battery capacity.

Battery compatibility should be confirmed by battery voltage, BMS protocol, communication interface, charge / discharge current and inverter parameter settings.

PV battery grid load inverter system architecture for off-grid and hybrid solar inverter

Typical Applications

AINEGY Off-Grid / Hybrid Inverters are suitable for residential solar storage, off-grid homes, weak-grid backup, PV self-consumption and high-voltage battery energy storage systems.

Residential Solar StorageCoordinate PV input, battery charging and household load power supply.

Off-Grid HomesSupport solar and battery-based power supply where grid access is limited or unavailable.

Weak-Grid BackupUse battery and inverter backup where grid stability is limited.

PV Self-ConsumptionIncrease local use of solar generation through battery storage and inverter control.

Protected Inverter InstallationUse IP65 models where higher protection is required by the installation environment.

High-Voltage Battery StorageUse high-voltage hybrid inverter models for larger battery systems and three-phase output applications.

Project Configuration Factors

Before selecting an off-grid or hybrid inverter, confirm voltage platform, inverter power, battery voltage, PV input, AC charging source, UPS load and installation protection requirements.

Regional VoltageConfirm European or American voltage platform according to the project location and wiring standard.

Inverter PowerSelect inverter power from 1kW to 80kW according to load demand and application type.

IP RatingChoose IP20 for protected indoor use or IP65 when higher protection is required.

Battery PlatformConfirm low-voltage or high-voltage battery system compatibility before selection.

PV InputReview PV input voltage, PV power, MPPT design and solar charging requirements.

Parallel RequirementSelected models support up to 6 units in parallel; final design should be confirmed by project.

UPS LoadIdentify critical loads, surge power, continuous power and expected backup duration.

BMS CommunicationConfirm battery communication protocol, charge / discharge settings and inverter parameter matching.

FAQ

Key questions about off-grid inverters, hybrid inverters, voltage platforms, IP rating, battery compatibility and system selection.

What is the difference between an off-grid inverter and a hybrid inverter?An off-grid inverter is mainly used for independent power systems, while a hybrid inverter manages PV, battery, grid and load interaction according to system configuration.

Does the inverter include a battery?No. The inverter is designed to work with compatible battery systems. Battery configuration should be selected separately according to project requirements.

Should I choose European or American voltage platform?Choose according to local grid voltage, wiring standard, load type and project configuration.

What is the difference between IP20 and IP65 inverter models?IP20 models are mainly for protected indoor use. IP65 models are designed for higher dust and water protection requirements.

Can the inverter support UPS backup?Selected models support UPS backup. Load power, battery capacity and inverter rating should be reviewed together.

Can multiple inverters work in parallel?Selected models support up to 6 units in parallel. Final parallel configuration should be confirmed by inverter model and project design.

Can it work with LiFePO4 batteries?Selected models can work with compatible LiFePO4 battery systems. Compatibility depends on voltage, BMS protocol, communication and settings.

When should I choose a high-voltage battery hybrid inverter?Choose a high-voltage battery hybrid inverter for larger power demand, high-voltage LiFePO4 battery systems and three-phase output applications.

Need an Off-Grid or Hybrid Inverter Configuration?

Tell us your regional voltage platform, inverter power requirement, PV input design, battery voltage, BMS communication, AC charging source, UPS load, installation environment and parallel expansion plan. AINEGY will help match the suitable off-grid or hybrid inverter series.

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