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Felicity IVGM20KLP3G1 20kW 3-phase LV hybrid inverter
€2,050.00
The Felicity IVGM20KLP3G1 is a three-phase hybrid solar inverter for low-voltage battery storage (40–60V) and high-output PV input. This inverter combines inverter functionality with solar charge control and battery charge/discharge control, and is designed for systems with self-consumption, grid feed-in, and backup via EPS. Thanks to dual MPPT and multiple PV strings, the system can be designed flexibly, with support for three-phase load imbalance.
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Felicity IVGM20KLP3G1 20kW three-phase hybrid inverter (48V low voltage, IP65)
The Felicity IVGM20KLP3G1 is a three-phase hybrid solar inverter for low-voltage battery storage (40–60V) and high-output PV input. This inverter combines inverter functionality with solar charge control and battery charge/discharge control, and is designed for systems with self-consumption, grid feed-in, and backup via EPS. Thanks to dual MPPT and multiple PV strings, the system is flexible in design, with support for three-phase load imbalance.
Key Points
• Three-phase hybrid inverter (230/400V), suitable for on-grid, off-grid/UPS mode and EPS back-up function
• Nominal AC power: 20kW, max. apparent power: 22kVA
• 2 MPPT, 4 PV inputs (2 strings per MPPT), 1.6x overconfiguration capacity according to datasheet
• Max. PV power: 32kW, MPPT range: 160–650V, Max. PV voltage: 800V, Starting voltage: 160V
• Battery (low voltage): 40–60V, battery type: Li-ion or lead acid
• Max. battery charge/discharge current: 350A
• 100% unbalanced three-phase output for flexible load sharing
• LCD touchscreen for parameter and mode settings
• IP65 enclosure for outdoor mounting (if installed correctly)
• Monitoring: WiFi (and 4G according to datasheet) + smart cloud support
• Connection options/compatibility: generator, microgrid and smart load port (according to datasheet)
• Parallel operation possible up to a maximum of 10 units (according to datasheet)
Applications
• Homes and small-scale business installations with 3-phase connection
• Maximize self-consumption and focus on feed-in (depending on grid settings/regulations)
• Backup power via EPS for selected groups/loads (design dependent on installation)
• Systems with generator integration or microgrid architecture (project dependent)
Technical specifications
Battery side
• Battery type: Li-ion / lead acid
• Battery voltage range: 40V–60V
• Max. charging/discharging current: 350A
• Communication with BMS: RS485 / CAN
PV input
• Max. PV input power: 32kW
• Max. PV input voltage: 800V
• Start-up voltage: 160V
• MPPT voltage range: 160V–650V
• Rated DC input voltage: 550V
• Full load DC voltage range: 550V–800V
• Max. PV input current (operational): 36A + 36A
• Max. short-circuit current PV: 54A + 54A
• Number of MPPT / strings: 2 MPPT / 2+2 strings
AC in/out
• Nominal AC active power: 20kW
• Max. AC apparent power: 22kVA
• Peak power (off-grid): 2x nominal power for 10s
• Rated AC current: 28.9A
• Max. AC current: 31.9A
• Mains voltage range: 220/380V or 230/400Vac (-20% to +15%)
• Connection diagram: 3L + N + PE
• Mains frequency: 50/60Hz (45–55Hz / 55–65Hz)
• Max. continuous AC passthrough (grid to load): 70A
• Max. output overcurrent protection: 92A
Security and standards
• DC polarity reversed: yes
• AC overcurrent/overvoltage/short circuit: yes
• Thermal protection: yes
• DC terminal insulation impedance monitoring: yes
• DC component monitoring: yes
• Ground fault current monitoring and power network monitoring: yes
• Island protection monitoring and earth fault detection: yes
• DC input switch and overvoltage load drop protection: yes
• RCD detection: Type II (DC) and Type II (AC)
• Grid regulation (among others): NRS 097-2-1, VDE4105, EN50549-1, AS4777.2, GB/T 34120, GB/T 34133, GB/T 34129
• Safety/EMC (among others): IEC/EN 61000-6-1/2/3/4, IEC/EN 62109-1, IEC/EN 62109-2
Dimensions, weight and protection
• Protection degree: IP65
• Net weight: 48.7kg
• Gross weight: 60.2kg
• Dimensions (product): 750 x 450 x 268mm
• Dimensions (packaging): 889 x 566 x 397mm
• Monitor module: WiFi / 4G (according to datasheet)
• Warranty: 5 years / 10 years (depending on conditions and region)
Installation advice
For safe and trouble-free operation, correct sizing of PV strings (voltage/current), DC protection, grounding, and grid settings is essential. Preferably use BMS communication (RS485/CAN) with a compatible 48V battery and configure the inverter according to the local grid code and installation standards. Installation must be carried out by qualified personnel.
Documentation
IVGM20KLP3G1
Specific References
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The Felicity IVGM20KLP3G1 is a three-phase hybrid solar inverter for low-voltage battery storage (40–60V) and high-output PV input. This inverter combines inverter functionality with solar charge control and battery charge/discharge control, and is designed for systems with self-consumption, grid feed-in, and backup via EPS. Thanks to dual MPPT and multiple PV strings, the system can be designed flexibly, with support for three-phase load imbalance.