Felicity Solar IVGM50KHP3G2 50kW Three-Phase Hybrid Solar Inverter

A 50 kW three-phase hybrid inverter for commercial and industrial sites, with 55 kW maximum AC output, four MPPT trackers taking 80 kW of PV, and a 160-800 V LFP battery window. Up to 12 units run in parallel.

Rated Output Power: 50 kW
Max Efficiency: 97.6 %
Max PV Input Power: 80 kW
Battery Voltage Range: 160-800 V

AED 18,350incl. VAT

In stock

Full Specifications Download datasheet (PDF)

Felicity Solar IVGM50KHP3G2 50kW Three-Phase Hybrid Solar Inverter features

50 kW rated three-phase output, 55 kW maximum AC power, 72.5 A rated and 79.7 A maximum output current on a 3L+N+PE connection

Four MPPT trackers with two strings each: 80 kW maximum PV input power, 1000 V maximum PV voltage, 36 A per tracker

97.6% maximum efficiency, 97% European efficiency and 99.9% MPPT tracking efficiency, with total harmonic distortion under 3%

Two LFP battery inputs across a 160-800 V high-voltage range, charging and discharging at 50+50 A with the BMS self-adapting over RS485 or CAN

Up to 12 units in parallel and 200 A maximum AC pass-through current, with a 10 ms transfer time and 1.5x rated surge for 10 s

IP65 wall-mounted enclosure with smart cooling, -40 to +60 C operation (derating above 50 C) and a 3000 m altitude rating

About the Felicity Solar IVGM50KHP3G2 50kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM50KHP3G2 is a 50 kW three-phase hybrid solar inverter built for commercial and industrial installations. It delivers 50 kW rated output and 55 kW maximum AC power on a 3L+N+PE connection at 190-480 V line voltage, accepts up to 80 kW of PV across four MPPT trackers, and peaks at 97.6% efficiency. Each of the four trackers carries two strings and 36 A, rated to 1000 V, so a large roof or ground array can be split across orientations and shading groups without extra combiner hardware. Two battery ports connect LFP packs over a high-voltage 160-800 V window and charge or discharge at 50+50 A, with the pack's own BMS setting the charge profile over RS485 or CAN. For plants beyond one unit, up to 12 inverters run in parallel, and 200 A of AC pass-through current backs the loads behind them. The IP65 wall-mounted enclosure, smart cooling, -40 to +60 C range and 3000 m altitude rating suit outdoor plant rooms. Supplied by an authorised Felicity Solar distributor.

Specifications last updated 23 March 2026

Felicity Solar IVGM50KHP3G2 50kW Three-Phase Hybrid Solar Inverter full specifications

Electrical

AC Output Line Voltage	190-480 V
AC Output Voltage	110-277 V
AC Rated Output Current	72.5 A
AC Wiring Mode	3L+N+PE
Backup Rated Output Power	50 kW
Battery Inputs	2
Battery Type	LFP
Battery Voltage Range	160-800 V
Charge Algorithm	Self-Adaption to BMS
European Efficiency	97 %
Grid Frequency Range (50 Hz)	45-55 Hz
Grid Frequency Range (60 Hz)	55-65 Hz
Grid Regulation	NTS & UNE217001 & UNE217002, CEI 0-21, NRS 097-2-1, EN50549-1/-10+Poland Deviations, VDE 4105, G99, EN50549-1/-10, EN50549-1/-10+Netherlands Deviations
Ground Fault Current Monitoring	Yes
MPPT Efficiency	99.9 %
MPPT Full-Load Voltage Range	550-850 V
MPPT Trackers	4
MPPT Voltage Range	150-850 V
Max AC Output Power	55 kW
Max AC Pass-Through Current	200 A
Max Charging Current	50+50 A
Max Discharging Current	50+50 A
Max Efficiency	97.6 %
Max Output Current	79.7 A
Max PV Access Power	100 kW
Max PV Input Current	36+36+36+36 A
Max PV Input Power	80 kW
Max PV Voltage	1000 V
Max Short-Circuit Current	55+55+55+55 A
Min DC Input Voltage	150 V
Nominal AC Input Line Voltage	190-480 V
Nominal AC Input Voltage	110-277 V
Nominal Input Frequency	50/60 Hz
Output Frequency	50/60 Hz
Output Short-Circuit Protection	Yes
Overload Protection	Yes
Overvoltage Category (AC)	III
Overvoltage Category (DC)	II
Phase	Three Phase
Power Factor Adjustment Range	0.8 leading to 0.8 lagging
Protection	PV Input Lightning Protection, PV String Input Reverse Polarity Protection, Battery Input Lightning Protection, AC Output Lightning Protection, Battery Input Reverse Polarity Protection, Insulation Resistor Detection, Residual Current Monitoring Unit, Output Over Current Protection, Output Short-Circuit Protection, Output Over Voltage Protection, Anti-islanding Protection
Rated Apparent Output Power	50 kVA
Rated Output Power	50 kW
Rated PV Input Voltage	600 V
Start-Up Voltage	180 V
Strings per MPPT	2
Surge Protection Level (AC)	II
Surge Rating	1.5*rated (10s)
Total Harmonic Distortion	<3 %
Transfer Time	10 ms

Mechanical

BMS Communication	RS485, CAN
Communication Interface	RS232, RS485
Display	LCD Touch Screen
Gross Weight	107.1 kg
Installation Style	Wall-Mounted
Monitoring Module	WiFi/GPRS
Net Weight	87.1 kg
Package Dimensions	1114 x 774 x 469 mm
Parallel Capability	12
Safety Standard	EN 62477-1, IEC 62109-1, IEC 62109-2
Topology	Non-Isolated

Environmental

Cooling	Smart Cooling
IP Rating	IP65
Operating Altitude	3000 (>2000 derating) m
Operating Temperature Range	-40 to 60 (>50 derating) °C
Relative Humidity	0-95 (non-condensing) %

Certifications

EN 62477-1
IEC 62109-1
IEC 62109-2

Frequently Asked Questions

It is a 50 kW three-phase inverter: 50 kW rated output power and 50 kVA rated apparent power, with 55 kW maximum AC output. Rated output current is 72.5 A and maximum output current 79.7 A, on a 3L+N+PE connection at 110-277 V phase voltage (190-480 V line) and 50/60 Hz. Power factor is adjustable from 0.8 leading to 0.8 lagging.

Maximum PV input power is 80 kW, with maximum PV access power of 100 kW. It has four MPPT trackers carrying two strings each, at 36 A per tracker and 1000 V maximum PV voltage. The MPPT range is 150-850 V, with a full-load window of 550-850 V, a 600 V rated PV input voltage and a 180 V start-up voltage.

It has two battery inputs for LFP packs over a 160-800 V high-voltage range, charging and discharging at 50+50 A. The charge algorithm self-adapts to the battery BMS, which communicates over RS485 or CAN, so the pack sets its own charge profile rather than a fixed curve on the inverter.

Yes. Up to 12 units run in parallel, and each unit passes through up to 200 A of AC current. The inverter supports grid codes including VDE 4105, G99, CEI 0-21, NRS 097-2-1 and EN 50549-1/-10, and is built to EN 62477-1, IEC 62109-1 and IEC 62109-2, with anti-islanding, residual current monitoring and insulation resistance detection.