Felicity Solar IVGM12KLP3G1 12kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM12KLP3G1 is a 12 kW three-phase hybrid inverter that peaks at 13.2 kVA apparent power and converts at up to 97.6% efficiency. It accepts 18 kW of PV across two MPPT trackers and charges a 40-60 V battery bank at up to 240 A.

Rated Output Power: 12 kW
Max Apparent Power: 13.2 kVA
Max Efficiency: 97.6 %
Max PV Input Power: 18 kW

AED 6,600incl. VAT

In stock

Full Specifications Download datasheet (PDF)

Felicity Solar IVGM12KLP3G1 12kW Three-Phase Hybrid Solar Inverter features

12 kW rated output and 12 kW backup output, 13.2 kVA maximum apparent power, 17.4 A rated and 19.2 A maximum per phase on a 380-400 V three-phase line

Two MPPT trackers accept 18 kW of PV, 800 V maximum input, 26+26 A and 2+2 strings, tracking 160-650 V from a 160 V start-up

97.6% maximum efficiency with total harmonic distortion under 3% and a 0.8 leading to 0.8 lagging power factor range

Two battery inputs for lead-acid or Li-ion at 40-60 V, 240 A charging and 240 A discharging, with RS485 and CAN BMS communication

20 ms transfer time, 45 A AC pass-through, twice rated power for 10 seconds and 65 A output overcurrent protection

IP65 enclosure with smart cooling, LCD touch screen and WiFi/4G monitoring, -25°C to 60°C operation and up to 10 units in parallel

About the Felicity Solar IVGM12KLP3G1 12kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM12KLP3G1 is a 12 kW three-phase hybrid solar inverter: it delivers 12 kW of rated output and 13.2 kVA of apparent power on a 380-400 V line, converts at up to 97.6% maximum efficiency, accepts 18 kW of PV across two MPPT trackers, and charges a 40-60 V battery bank at up to 240 A. Each tracker takes two strings at 26+26 A and 800 V maximum, tracks from 160 V to 650 V and holds full load between 347 V and 800 V. On the AC side the unit gives 17.4 A rated and 19.2 A maximum per phase over a 3L+N+PE connection, passes through 45 A, holds twice rated power for 10 seconds, transfers in 20 ms and keeps total harmonic distortion below 3%. Two battery inputs accept lead-acid or Li-ion banks with RS485 and CAN BMS communication and charging that self-adapts to the BMS. IP65 sealing, smart cooling, an LCD touch screen and WiFi/4G monitoring cover installations from -25°C to 60°C, derating above 45°C, and up to 10 units run in parallel. We supply it as an authorised Felicity Solar distributor.

Specifications last updated 23 March 2026

Felicity Solar IVGM12KLP3G1 12kW Three-Phase Hybrid Solar Inverter full specifications

Electrical

AC Output Line Voltage	380-400 V
AC Output Voltage	220-230 V
AC Rated Output Current	17.4 A
AC Wiring Mode	3L+N+PE
Backup Rated Output Power	12 kW
Battery Inputs	2
Battery Type	Lead-Acid, Li-Ion
Battery Voltage Range	40-60 V
Charge Algorithm	Self-Adaption to BMS
DC Switch	Yes
Grid Frequency Range (50 Hz)	45-55 Hz
Grid Frequency Range (60 Hz)	55-65 Hz
Grid Regulation	NRS 097-2-1, VDE4105, EN50549-1, AS 4777.2, GB/T 34120, GB/T 34133, GB/T 34129
Ground Fault Current Monitoring	Yes
Input Voltage Range	184-264.5 V
MPPT Full-Load Voltage Range	347-800 V
MPPT Trackers	2
MPPT Voltage Range	160-650 V
Max AC Input Current	19.2 A
Max AC Pass-Through Current	45 A
Max Apparent Power	13.2 kVA
Max Charging Current	240 A
Max Discharging Current	240 A
Max Efficiency	97.6 %
Max Output Current	19.2 A
Max Output Overcurrent Protection	65 A
Max PV Input Current	26+26 A
Max PV Input Power	18 kW
Max PV Voltage	800 V
Max Short-Circuit Current	39+39 A
Nominal AC Input Line Voltage	380-400 V
Nominal AC Input Voltage	220-230 V
Nominal Input Frequency	50/60 Hz
Output Frequency	50/60 Hz
Output Short-Circuit Protection	Yes
Overload Protection	Yes
Phase	Three Phase
Power Factor Adjustment Range	0.8 leading to 0.8 lagging
Protection	DC Polarity Reverse Connection Protection, AC Output Overcurrent Protection, AC Output Overvoltage Protection, AC Output Short Circuit Protection, Thermal Protection, DC Terminal Insulation Impedance Monitoring, DC Component Monitoring, Ground Fault Current Monitoring, Arc Fault Circuit Interrupter (AFCI), Power Network Monitoring, Island Protection Monitoring, Earth Fault Detection, DC Input Switch, Overvoltage Load Drop Protection, Residual Current (RCD) Detection
Rated Apparent Output Power	12 kVA
Rated Output Power	12 kW
Rated PV Input Voltage	550 V
Start-Up Voltage	160 V
Strings per MPPT	2+2
Surge Protection Level (AC)	II
Surge Rating	2*rated (10s)
Total Harmonic Distortion	<3 %
Transfer Time	20 ms

Mechanical

BMS Communication	RS485, CAN
Communication Interface	RS232, RS485
Display	LCD Touch Screen
Gross Weight	60.2 kg
Monitoring Module	WiFi/4G
Net Weight	48.7 kg
Package Dimensions	889 x 566 x 397 mm
Parallel Capability	10
Safety Standard	IEC/EN 62109-1, IEC/EN 62109-2
Topology	Non-Isolated

Environmental

Cooling	Smart Cooling
IP Rating	IP65
Operating Temperature Range	-25 to 60 (>45 derating) °C

Certifications

IEC 62109-1
EN 62109-1
IEC 62109-2
EN 62109-2

Frequently Asked Questions

The IVGM12KLP3G1 is rated at 12 kW output, 12 kW of it available in backup, with 13.2 kVA maximum apparent power. It supplies 17.4 A rated and 19.2 A maximum per phase on a 380-400 V three-phase line (220-230 V per phase, 3L+N+PE), at 50/60 Hz, and sustains twice rated power for 10 seconds.

It accepts up to 18 kW of PV on two MPPT trackers, two strings each (2+2), at 26+26 A input current and 39+39 A short-circuit current. Maximum PV voltage is 800 V, the MPPT range is 160-650 V with full load held from 347 V to 800 V, and the rated PV input voltage is 550 V. The unit starts up at 160 V.

The inverter has two battery inputs for lead-acid or Li-ion banks in a 40-60 V range, charging and discharging at up to 240 A. It talks to the battery over RS485 and CAN, and its charge algorithm self-adapts to the BMS, so a lithium pack sets its own charging profile.

Yes. The enclosure is rated IP65 with smart cooling and works from -25°C to 60°C, derating above 45°C. It measures 750 x 450 x 268 mm and weighs 48.7 kg net, 60.2 kg gross in a 889 x 566 x 397 mm carton. It is built to IEC 62109-1, EN 62109-1, IEC 62109-2 and EN 62109-2, with grid compliance including VDE4105, EN50549-1, AS 4777.2 and NRS 097-2-1.