Felicity Solar IVEM3048-LV 3kW Single-Phase Off-Grid Solar Inverter

A 3 kW single-phase off-grid inverter on a 48 V DC bus, pairing a 4 kW MPPT solar input with 60 A battery charging and a 110 V pure sine wave output.

Rated Output Power: 3 kW
Max Efficiency: 93 %
Max PV Input Power: 4 kW
Battery Voltage Range: 42-63 V

1,321 AEDincl. VAT

In stock

Full Specifications Download datasheet (PDF)

Felicity Solar IVEM3048-LV 3kW Single-Phase Off-Grid Solar Inverter features

3 kW pure sine wave at 110 V

Rated 3 kW / 3 kVA single-phase output, with a surge of twice rated power for 5 s to start motor loads.

4 kW MPPT solar input

One MPPT tracker runs from 120 V to 450 V, starts at 125 V and accepts up to 4 kW of PV at 15 A.

60 A charging on a 48 V bus

Solar and mains chargers each deliver up to 60 A into a 48 V bank working from 42 V to 63 V.

AGM, flooded and lithium-ion banks

Four selectable battery profiles with RS485 BMS communication and three-stage charging at 56.4 V bulk, 54 V float.

10 ms transfer in UPS mode

Switches in 10 ms in UPS mode across 90-140 V, or 20 ms in appliance mode across 65-140 V.

IP21 from -10 °C to 50 °C

Wall-mounted IP21 enclosure with intelligent air cooling, 440 x 328 x 130 mm and 11.9 kg net.

About the Felicity Solar IVEM3048-LV 3kW Single-Phase Off-Grid Solar Inverter

The Felicity Solar IVEM3048-LV is a 3 kW single-phase off-grid inverter on a 48 V DC bus, working across a 42 V to 63 V battery range. It combines mains or generator input, a built-in MPPT solar charger and a 110 V pure sine wave output for off-grid and backup power. Its single MPPT tracker runs from 120 V to 450 V, starts at 125 V and takes up to 4 kW of PV at 15 A on one string. Solar and AC charging each reach 60 A into AGM, flooded, lithium-ion or self-defined banks, with RS485 BMS communication and three-stage charging at 56.4 V bulk and 54 V float. Transfer takes 10 ms in UPS mode over 90-140 V, or 20 ms in appliance mode over 65-140 V, and mains passes through with no battery connected. Line-mode efficiency is above 95%, peak inverter efficiency 93%, and twice rated power for 5 s starts motor loads. The wall-mounted IP21 chassis measures 440 x 328 x 130 mm at 11.9 kg net, with intelligent air cooling, an LCD, built-in WiFi and IEC 62109-1 and IEC 62109-2 safety standards. Parallel operation is not supported. We are an authorised Felicity Solar distributor.

Specifications last updated 23 July 2026

Felicity Solar IVEM3048-LV 3kW Single-Phase Off-Grid Solar Inverter full specifications

Electrical

AC Output Voltage	110 V
AC Wiring Mode	L+N+PE
Backup Rated Output Power	3 kW
Battery Inputs	1
Battery Type	AGM, Flooded, Li-Ion, Self-Defined
Battery Voltage Range	42-63 V
Bulk Charging Voltage	56.4 V
Charge Algorithm	Three-Stage: Boost CC, Boost CV, Float
Float Charging Voltage	54 V
High DC Input Recovery Voltage	56.4 V
High Frequency Disconnect	65 Hz
High Frequency Reconnect	63 Hz
High Line Disconnect Voltage	140 V
High Line Reconnect Voltage	135 V
Input Voltage Range	65-140 V
Input Voltage Range (UPS Mode)	90-140 V
Input Voltage Waveform	Sinusoidal (utility or generator)
Line Mode Efficiency	>95 %
Line Mode Output Waveform	Same As Input Waveform
Low DC Shutdown (<50% Load)	43 V
Low DC Shutdown (>50% Load)	42 V
Low Frequency Disconnect	40 Hz
Low Frequency Reconnect	42 Hz
Low Line Disconnect (Appliance Mode)	65 V
Low Line Disconnect (UPS Mode)	90 V
Low Line Reconnect (Appliance Mode)	70 V
Low Line Reconnect (UPS Mode)	95 V
Low-Battery Recovery (<50% Load)	47 V
Low-Battery Recovery (>50% Load)	46 V
MPPT Trackers	1
MPPT Voltage Range	120-450 V
Max AC Charge Current	60 A
Max AC Input Voltage	140 V
Max AC Pass-Through Current	40 A
Max Charging Current	60 A
Max Charging Voltage	60 V
Max Efficiency	93 %
Max Inverter/Rectifier Current	30 A
Max Output Current	30 A
Max PV Input Current	15 A
Max PV Input Power	4 kW
Max PV Voltage	500 V
Max Solar Charging Current	60 A
Motor Start Capable	Yes
Nominal AC Input Voltage	110 V
Nominal DC Input Voltage	48 V
Nominal Input Frequency	50/60 Hz
Output Frequency	50/60 Hz
Output Short-Circuit Protection	Yes
Output Voltage Regulation	5 %
Output Voltage Waveform	Pure Sine Wave
Overload Protection	Yes
Overload Trip Time (>105% Load)	10.5 s
Overload Trip Time (>150% Load)	5.5 s
PV Working Voltage Range	90-500 V
Pass-Through Without Battery	Yes
Phase	Single Phase
Protection	Overload Protection, Over Temperature Protection, Short Circuit Protection
Rated Apparent Output Power	3 kVA
Rated Output Power	3 kW
Short-Circuit Protection (Battery Mode)	Electronic Circuit
Short-Circuit Protection (Line Mode)	Circuit Breaker
Start-Up Voltage	125 V
Strings per MPPT	1
Surge Rating	2*rated (5s)
Transfer Time	50 ms
Transfer Time (Appliance Mode)	20 ms
Transfer Time (UPS Mode)	10 ms

Mechanical

BMS Communication	RS485
Display	LCD
Gross Weight	14.2 kg
Installation Style	Wall-Mounted
Monitoring Module	Built-In WiFi
Net Weight	11.9 kg
Package Dimensions	542 x 430 x 224 mm
Parallel Capability	No
Safety Standard	IEC 62109-1, IEC 62109-2
Topology	High-Frequency

Environmental

Cooling	Intelligent Air Cooling
IP Rating	IP21
Operating Temperature Range	-10 to 50 °C
Storage Temperature	-15 to 60 °C

Certifications

IEC 62109-1
IEC 62109-2

Frequently Asked Questions

48 V. The IVEM3048-LV has one battery input on a 48 V bus and works from 42 V to 63 V, shutting down at 43 V below half load and 42 V above it. It charges AGM, flooded, lithium-ion and self-defined banks at up to 60 A, with RS485 for BMS communication.

Up to 4 kW of PV. The single MPPT tracker takes one string, works between 120 V and 450 V, starts at 125 V, tolerates a maximum 500 V PV input at up to 15 A, and delivers up to 60 A of solar charging.

Yes, on a 110 V nominal input. It accepts a sinusoidal utility or generator supply from 65 V to 140 V in appliance mode and 90 V to 140 V in UPS mode, passes through up to 40 A, and can pass power through with no battery connected.

IP21, wall-mounted. It runs from -10 °C to 50 °C and stores from -15 °C to 60 °C, cooled by intelligent air cooling in a 440 x 328 x 130 mm, 11.9 kg net enclosure, and is built to IEC 62109-1 and IEC 62109-2.