Name: IVCM2~3kW-P1G2 - Felicity solar
SKU: IVCM2~3kW-P1G2

Off-grid Inverter

IVCM2~3kW-P1G2

2~3.2kW | Single Phase | LV

What sets it apart.

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

Pure Sine Wave Inverter

Clean, stable power that safely runs home appliances and sensitive devices.

3200VA / 2000VA

Two models — IVCM3224P1G2 (24V) and IVCM2012P1G2 (12V) — to match your power needs.

99% MPPT Efficiency

Built-in MPPT solar charge controller maximizes solar harvest.

Grid or Generator Compatible

Works with mains voltage or generator power sources.

Turbo Mode

Automatically powers high-draw devices when total output exceeds rated power.

LCD-Configurable Settings

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

Cold Start

Start and run on battery power alone when no other source is available.

Battery-Free Mode

Power loads directly from AC or solar input when battery storage is not needed.

Full Protection

Overload, over-temperature, and short-circuit protection for safe operation.

Specifications

Detail Specifications of IVCM2~3kW-P1G2

Model	IVCM3224P1G2	IVCM2012P1G2
Rated Output Power	3200VA/3200W	2000VA/2000W
Nominal DC Input Voltage	24V	12V
Max Charging Current (PV + Grid)	120A
Max PV Input Power	1600W	800W
Max PV Open Circuit Voltage	105V
Peak Efficiency	93%	90%
Transfer Time (UPS / Appliances)	4ms / 20ms
Net Weight	6.5kg

*MPPT tracking efficiency: 99%.

Recommended Applications

Note: This series is designed for standalone operation; the manual does not describe parallel connection.

Overview:
IVCM2~3kW-P1G2

This multifunctional inverter/charger integrates the operations of an inverter, an MPPT solar charger, and a battery charger into a portable unit, delivering uninterruptible power supply support. Its comprehensive LCD display allows for user-configurable and easily accessible button operations. Based on different application scenarios, users can effortlessly configure parameters such as battery charging current, AC/solar charging priority, and acceptable input voltage range.