Off-Grid Hybrid Inverter 1500W to 5000W

This pure sine wave solar inverter range includes 1.5kVA, 3kVA, and 5kVA models for residential solar systems, small commercial backup power, off-grid applications, and hybrid energy solutions. With MPPT solar charging, high conversion efficiency, AGM/Gel/Lithium battery compatibility, overload protection, and stable AC output, it helps provide reliable power for home appliances, personal computers, office equipment, communication devices, and selected essential loads.

Designed for flexible solar and battery-based power systems, the inverter supports 24V battery systems for 1.5kVA and 3kVA models, and 48V battery systems for 5kVA models. USB, RS232, and dry contact communication interfaces support monitoring and system integration, while the LP-M5000-48P model supports parallel operation with up to 9 units for scalable power capacity.

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Features

1.5kVA, 3kVA, and 5kVA Output Options

Available in 1.5kVA, 3kVA, and 5kVA models, providing flexible capacity choices for home, office, small business, and off-grid solar power applications.

Pure Sine Wave Output

Pure sine wave output provides stable and clean AC power for home appliances, personal computers, routers, office equipment, communication devices, and sensitive electronics.

High Surge Power Capacity

Supports surge power of 3000VA, 6000VA, and 10,000VA depending on model, helping handle short-term startup demand from selected electrical loads.

MPPT Solar Charging Technology

Built-in MPPT solar charging helps optimize solar energy harvesting and improve charging performance under different sunlight conditions.

Wide PV Input Voltage Range

The inverter supports a solar input voltage range of 120VDC–450VDC, allowing flexible PV array configuration for different solar system designs.

24V and 48V Battery System Options

The 1.5kVA and 3kVA models use 24VDC battery systems, while the 5kVA models use 48VDC battery systems, supporting different power and runtime requirements.

AGM, Gel, and Lithium Battery Support

Compatible with AGM, Gel, and Lithium batteries, offering flexible battery selection according to cost, backup time, lifecycle, and application needs.

High Conversion Efficiency

PV-to-inverter efficiency reaches up to 97%, while battery-to-inverter efficiency reaches up to 93%, helping reduce energy loss and improve system performance.

Overload Protection with Auto Recovery

Built-in overload protection helps protect the inverter and connected loads. Automatic recovery supports more convenient operation after overload conditions are cleared.

Crest Factor 3:1

A crest factor of 3:1 helps support reliable performance under varying load conditions.

Solar Input Current by Model

Maximum solar input current is 10A for 1.5kVA, 15A for 3kVA, and 18A for 5kVA, depending on model configuration.

AC Charging Support

Maximum AC charging current is 40A for 1.5kVA and 60A for 3kVA and 5kVA, supporting battery charging from utility power or generator input.

Communication Interfaces

USB, RS232, and dry contact interfaces support monitoring, alarm signaling, and system integration.

Optional Parallel Operation for 5kVA Model

The LP-M5000-48P model supports parallel operation with up to 9 units, allowing system capacity expansion for larger power requirements.

Wide Operating Temperature Range

The inverter operates within -10°C to 50°C, making it suitable for many indoor and protected installation environments.

Specifications

MODELLP-M1500-24SLP-M3000-24SLP-M5000-48SLP-M5000-48P
Capacity1.5KVA/1.5KW3KVA/3KW5KVA/5KW5KVA/5KW
Parallel CapabilityNoNoNoYes, 9 units
INPUT
Nominal Voltage230VAC
Acceptable Voltage Range170-280 VAC (For Personal Computers),90-280 VAC (For Home Appliances)
Frequency50/60HZ (Auto sensing)
OUTPUT
Nominal Voltage220/230VAC ± 5%
Surge Power3000VA6000VA10000VA10000VA
Frequency50Hz/60Hz
WaveformPure Sine Wave
Transfer Time10ms (For Personal Computers) ; 20ms (For Home Appliances)
Peak Efficiency (PV to INV)97%
Peak Efficiency (Battery to INV)93%
Overload Protection5s@>=150% load; 10s 110%~150% load
Crest Factor3:1
Admissible Power Factor0.6~1 (Inductive or Capacitive)
BATTERY
Battery Voltage24 VDC24VDC48 VDC48 VDC
Floating Charge Voltage27 VDC27 VDC54 VDC54 VDC
Overcharge Protection33 VDC33 VDC63 VDC63 VDC
Charging MethodCC/CV
CHARGE & AC CHARGE
Solar Charge TypeMPPT
Max. PV Array Power2000W4000W5000W5000W
Max. PV Array Open Circuit Voltage500 VDC
PV Array MPPT Voltage Range120VDC~450 VDC
Maximum Solar Input Current10A15A18A18A
Maximum Solar Charge Current60A80A80A80A
Maximum AC Charge Current40A60A60A60A
Maximum Charge Current60A80A80A80A
Communication InterfaceUSB/RS232/Dry Contact
ENVIRONMENT
Operating Temperature(-10℃~50℃)
Storage Temperature(-15℃~60℃)
Humidity5% to 95% Relative Humidity (Non-condensing)
OTHER
Size (L*W*H)448mm*295mm*105mm
Packing Size (L*W*H)565mm*380mm*190mm
Gross Weight (kg)8.591010
Communication MethodUSB/RS232/Dry Contact

Applications

Residential Solar Power Systems

Suitable for home solar installations, household energy storage, and daily renewable energy use.

Home Backup Power

Provides backup power for selected essential loads such as lights, routers, computers, TVs, fans, refrigerators, and small household appliances.

Small Commercial Power Systems

Supports shops, offices, service counters, small businesses, and commercial locations requiring solar energy and backup power.

Off-Grid Solar Power Applications

Suitable for rural homes, cabins, farms, remote houses, and areas where utility power is unavailable or unstable.

Hybrid Solar Energy Systems

Works with solar panels, batteries, and AC input to improve energy availability and reduce dependence on unstable grid power.

Scalable Solar Systems

The 5kVA parallel model is suitable for expandable solar power systems requiring higher output capacity.

Communication and Remote Sites

Can support selected communication equipment, routers, monitoring devices, and remote network systems.

Backup Power for Essential Loads

Suitable for personal computers, office equipment, home appliances, small business devices, and other selected critical loads.

Frequently Asked Questions

What is this solar inverter used for?

This inverter is used for solar power conversion, battery charging, backup power, and energy management in residential, small commercial, off-grid, and hybrid solar power systems.

What output power options are available?

The inverter is available in 1.5kVA, 3kVA, and 5kVA models.

Does this inverter provide pure sine wave output?

Yes. It provides pure sine wave output, making it suitable for many household appliances, office devices, communication equipment, computers, and sensitive electronics.

What battery types are supported?

The inverter supports AGM, Gel, and Lithium batteries.

What battery voltage does this inverter use?

The 1.5kVA and 3kVA models use 24VDC batteries, while the 5kVA models use 48VDC batteries.

What is the solar input voltage range?

The MPPT solar input voltage range is 120VDC–450VDC.

What is the maximum solar input current?

The maximum solar input current is 10A for 1.5kVA, 15A for 3kVA, and 18A for 5kVA.

What is the maximum AC charging current?

The maximum AC charging current is 40A for the 1.5kVA model and 60A for the 3kVA and 5kVA models.

What is the peak efficiency?

PV-to-inverter efficiency can reach up to 97%, while battery-to-inverter efficiency can reach up to 93%.

Can these inverters operate in parallel?

Only the LP-M5000-48P 5kVA model supports parallel operation, with up to 9 units for scalable power systems.

What communication interfaces are available?

The inverter supports USB, RS232, and dry contact communication interfaces for monitoring and system integration.

What is the operating temperature range?

The operating temperature range is -10°C to 50°C.

What information is needed to choose the right model?

To recommend the right model, the following information is usually required: total load power, appliance list, solar panel capacity, battery type, battery voltage and capacity, backup time requirement, utility power condition, installation environment, and whether parallel operation is required.