Name: IVEM3024 - Felicitysolar
Availability: InStock

Off-grid Inverter

IVEM3024

3kW | Single Phase | LV

What sets it apart.

Explore the key features, performance capabilities, and practical advantages that define this product.

Inverter, MPPT Charger & Battery Charger in One

Combines a pure sine wave inverter, MPPT solar charger and battery charger in one portable unit for uninterrupted power.

100A Max Charging Current

PV and utility charging work together for fast battery recovery.

3000VA / 3000W Pure Sine Wave

Stable 230Vac sine wave output with 10ms typical transfer time (UPS mode) for sensitive household appliances.

Mains or Generator Ready

Accepts utility power or a generator as the AC source.

Cold Start

Starts the inverter from battery power when no AC source is available.

Full LCD Configuration

Set the input voltage range, battery charging current and AC/Solar charger priority directly from the LCD.

Auto Restart

Resumes operation automatically once AC power recovers.

Battery Flexibility

Runs without a battery and includes a lithium battery activation function.

Full Protection

Overload, over-temperature and short-circuit protection guard the system.

Specifications

Detail Specifications of IVEM3024

Model	IVEM3024
Rated Output Power	3000VA / 3000W
Nominal DC Input Voltage	24V
Output Voltage Waveform	Pure sine wave (230Vac ± 5%)
Max. PV Input Power	4000W
Max. PV Open Circuit Voltage	500V (working range 120V–500V)
Max. Charging Current (PV + Grid)	100A
Peak Efficiency	93% (Inverter Mode); >95% (Line Mode)
Protections	Overload / Over-temperature / Short-circuit

Recommended Applications

A compact standalone power source for off-grid life.

Overview:
IVEM3024

IVEM3024 features a built-in MPPT controller for efficient solar energy harvesting and fast battery charging. Easily switch between solar, mains power, or a generator for uninterrupted household electricity. Its high-frequency design ensures quiet operation, lightweight portability, and simple setup—ideal for reliable off-grid or backup power needs.