Felicity Solar IVGM80KHP3G1 Hybrid Inverter

Felicity Solar IVGM80KHP3G1 80kW Three-Phase Hybrid Solar Inverter

Carrying 160kW of array on 8 MPPT trackers, the IVGM80KHP3G1 puts out 80kW continuously, 88kVA at its apparent-power ceiling, and 127.5A of current.

Rated Output Power: 80 kW
Max Apparent Power: 88 kVA
Max Efficiency: 97.6 %
Max PV Input Power: 160 kW

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Full Specifications Download datasheet (PDF)

Felicity Solar IVGM80KHP3G1 80kW Three-Phase Hybrid Solar Inverter features

160kW of PV input across 8 MPPT trackers

two strings and 45A per tracker at up to 1000V, tracked from 150V to 850V and 444-850V at full load

80kW of rated three-phase output, 88kVA at maximum apparent power

80kVA is its apparent rating, and the IVGM80KHP3G1 takes 1.5 times its rated power for 10s

127.5A of maximum output current against 116A rated

output overcurrent protection is set at 218A and 270A can transit the AC pass-through

A 160-1000V LFP battery range on two inputs

charge and discharge each reach 120+120A, and transfer to the 80kW backup output takes 0ms

IP66 build tolerating 0-100% non-condensing humidity

156kg net and 200kg gross, 1271 mm wide by 814.5 mm high and 379.5 mm deep, wall-mounted up to 4000m

A 2 Years warranty on an inverter that parallels to 12 units

the IVGM80KHP3G1 reports over RS232 and RS485, shows status on LCD and LED, and monitors on WiFi, Bluetooth, 4G or LAN

About the Felicity Solar IVGM80KHP3G1 80kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM80KHP3G1 accepts 160kW of PV across 8 MPPT trackers and turns it into 80kW of three-phase output, 80kVA rated apparent and 88kVA at maximum, alongside 127.5A of output current, 97.6% peak efficiency, a 160-1000V battery window and a warranty of 2 Years. Every tracker holds two strings at 45A, tolerates 1000V of PV, and works from a 180V start-up across 150-850V, tightening to 444-850V when the unit runs at full load; rated PV input voltage is 600V. The output is 3L+N+PE, at 380-400V of line voltage and 220-230V per phase, rated 116A, protected at 218A, with 270A available through the AC pass-through. Two inputs move 120+120A into and out of LFP packs, the charge algorithm following the BMS on RS485 and CAN; transfer to the 80kW backup output takes 0ms and surge capacity is 1.5 times rated power for 10s. The wall-mounted, Non-Isolated IP66 cabinet is smart-cooled, stands 814.5 mm tall by 1271 mm wide and 379.5 mm deep, and carries 156kg net. We are an authorised Felicity Solar distributor and supply the IVGM80KHP3G1 from our own stock.

Specifications last updated 17 August 2026

Felicity Solar IVGM80KHP3G1 80kW 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	116 A
AC Wiring Mode	3L+N+PE
Backup Rated Output Power	80 kW
Battery Inputs	2
Battery Type	LFP
Battery Voltage Range	160-1000 V
Charge Algorithm	Self-Adaption to BMS
Grid Frequency Range (50 Hz)	45-55 Hz
Grid Frequency Range (60 Hz)	55-65 Hz
Grid Regulation	IEC 61727, IEC 62116, CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99, VDE-AR-N 4110
Ground Fault Current Monitoring	Yes
Input Voltage Range	184-264.5 V
MPPT Full-Load Voltage Range	444-850 V
MPPT Trackers	8
MPPT Voltage Range	150-850 V
Max AC Input Current	127.5 A
Max AC Pass-Through Current	270 A
Max Apparent Power	88 kVA
Max Charging Current	120+120 A
Max Discharging Current	120+120 A
Max Efficiency	97.6 %
Max Output Current	127.5 A
Max Output Overcurrent Protection	218 A
Max PV Input Current	45+45+45+45+45+45+45+45 A
Max PV Input Power	160 kW
Max PV Voltage	1000 V
Max Short-Circuit Current	68+68+68+68+68+68+68+68 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
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, Battery Input Reverse Polarity Protection, DC Component Detection, Insulation Resistor Detection, Residual Current Monitoring Unit, Arc Fault Monitoring (optional), Output Over Current Protection, Output Shorted Protection, Output Over Voltage Protection, Remaining Current (RCD) Monitoring, Overheat Protection, Anti-islanding Protection, AC Output Lightning Protection
Rated Apparent Output Power	80 kVA
Rated Output Power	80 kW
Rated PV Input Voltage	600 V
Start-Up Voltage	180 V
Strings per MPPT	2
Surge Protection Level (AC)	III
Surge Rating	1.5*rated (10s)
Total Harmonic Distortion	<3 %
Transfer Time	0 ms

Mechanical

BMS Communication	RS485, CAN
Communication Interface	RS232, RS485
Display	LCD, LED
Gross Weight	200 kg
Installation Style	Wall-Mounted
Monitoring Module	WiFi/Bluetooth/4G/LAN
Net Weight	156 kg
Package Dimensions	1410 x 960 x 646 mm
Parallel Capability	12
Safety Standard	IEC/EN 62109-1, IEC/EN 62109-2
Topology	Non-Isolated

Environmental

Cooling	Smart Cooling
IP Rating	IP66
Operating Altitude	4000 m
Operating Temperature Range	-40 to 60 (>45 derating) °C
Relative Humidity	0-100 (non-condensing) %

Certifications

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

Frequently Asked Questions

160kW of maximum PV input power, divided over 8 MPPT trackers that each carry two strings at 45A and up to 1000V. The full-load tracking window is 444-850V inside a wider 150-850V range, opening at a 180V start-up, at a 600V rated PV input voltage.

127.5A of maximum output current against 116A rated, behind 218A of output overcurrent protection and with 270A of AC pass-through. Output power is 80kW and 80kVA rated, 88kVA at maximum apparent power, under 380-400V of line voltage and 220-230V per phase.

12 units can be paralleled. Monitoring runs over WiFi, Bluetooth, 4G or LAN, with RS232 and RS485 interfaces, an LCD and LED display, and BMS links on RS485 and CAN. The IP66 cabinet works from -40 to 60°C, derating past 45°C, and to 4000m of altitude.

2 Years of warranty. Approvals are IEC 62109-1, EN 62109-1, IEC 62109-2 and EN 62109-2 for safety, plus the grid codes IEC 61727, IEC 62116, CEI 0-21, EN 50549, NRS 097, RD 140, UNE 217002, OVE-Richtlinie R25, G99 and VDE-AR-N 4110.