Felicity Solar IVGM16KLP3G1 16kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM16KLP3G1 is a 16 kW three-phase hybrid solar inverter rated 17.6 kVA apparent at 380-400 V, with 97.6% maximum efficiency. It takes 25.6 kW of PV across two MPPT trackers and charges a 40-60 V battery bank at up to 300 A.

Rated Output Power: 16 kW
Max Apparent Power: 17.6 kVA
Max Efficiency: 97.6 %
Max PV Input Power: 25.6 kW

AED 8,800incl. VAT

In stock

Full Specifications Download datasheet (PDF)

Felicity Solar IVGM16KLP3G1 16kW Three-Phase Hybrid Solar Inverter features

16 kW rated output and 17.6 kVA maximum apparent power, three-phase 380-400 V on 3L+N+PE wiring at 50/60 Hz

97.6% maximum efficiency with up to 25.6 kW of PV across two MPPT trackers, tracking 445-800 V at full load

160-650 V MPPT range, 2+2 strings, 36+36 A of PV input current (54+54 A short-circuit) and 160 V start-up

Two battery inputs for a 40-60 V lead-acid or lithium bank, charging and discharging at up to 300 A over RS485 or CAN

23.2 A rated and 25.5 A maximum output current, 70 A AC pass-through, 92 A overcurrent protection and a 20 ms transfer to the full 16 kW of backup

IP65 enclosure with smart cooling, LCD touch screen and WiFi/4G monitoring, rated -25 °C to 60 °C with derating above 45 °C

About the Felicity Solar IVGM16KLP3G1 16kW Three-Phase Hybrid Solar Inverter

The Felicity Solar IVGM16KLP3G1 is a 16 kW three-phase hybrid solar inverter. It delivers 16 kW and 17.6 kVA of apparent power at 380-400 V, converts at up to 97.6% efficiency, accepts 25.6 kW of PV across two MPPT trackers and charges a 40-60 V battery bank at up to 300 A. Each tracker runs from 160 V to 650 V with 2+2 strings and 36+36 A of input current, a 550 V rated PV input and full-load tracking from 445 V to the 800 V ceiling. On the AC side it gives 23.2 A rated and 25.5 A maximum output current, 70 A of pass-through and twice rated power for 10 seconds, transferring to the full 16 kW of backup in 20 ms. Up to 10 units run in parallel. Two battery inputs take lead-acid or lithium over RS485 or CAN, with a charge algorithm that self-adapts to the BMS. The IP65 enclosure with smart cooling measures 750 x 450 x 268 mm and weighs 48.7 kg. We stock and ship the IVGM16KLP3G1 as an authorised Felicity Solar distributor.

Specifications last updated 23 March 2026

Felicity Solar IVGM16KLP3G1 16kW 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	23.2 A
AC Wiring Mode	3L+N+PE
Backup Rated Output Power	16 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	445-800 V
MPPT Trackers	2
MPPT Voltage Range	160-650 V
Max AC Input Current	25.5 A
Max AC Pass-Through Current	70 A
Max Apparent Power	17.6 kVA
Max Charging Current	300 A
Max Discharging Current	300 A
Max Efficiency	97.6 %
Max Output Current	25.5 A
Max Output Overcurrent Protection	92 A
Max PV Input Current	36+36 A
Max PV Input Power	25.6 kW
Max PV Voltage	800 V
Max Short-Circuit Current	54+54 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	16 kVA
Rated Output Power	16 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 IVGM16KLP3G1 is rated 16 kW with 17.6 kVA maximum apparent power, delivered as three-phase 380-400 V through 3L+N+PE wiring at 50/60 Hz. Rated output current is 23.2 A and maximum output current 25.5 A, with 92 A output overcurrent protection and a surge to twice rated power for 10 seconds. Backup rated output power is the full 16 kW, reached in a 20 ms transfer.

Up to 25.6 kW of PV, split across two MPPT trackers taking 2+2 strings. Each tracker works from 160 V to 650 V, with full-load tracking from 445 V to 800 V, an 800 V maximum PV voltage, 550 V rated PV input voltage and 36+36 A of input current (54+54 A short-circuit). Start-up voltage is 160 V.

It has two battery inputs for lead-acid or lithium-ion banks in the 40-60 V range, charging and discharging at up to 300 A. BMS communication runs over RS485 or CAN and the charge algorithm self-adapts to the BMS, so a compatible lithium pack sets its own charge profile. Power factor is settable across the 0.8 leading to 0.8 lagging range.

Up to 10 units can run in parallel. The inverter is IP65-rated with smart cooling and operates 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), and carries a DC switch, AFCI, ground fault current monitoring and type II surge protection on both DC and AC. Safety certification is to IEC 62109-1, EN 62109-1, IEC 62109-2 and EN 62109-2.