7500VA / 6000W continuous output
Rated 7500VA and 6000W continuous, with a 15000VA surge sustained for 5 seconds.

A 48V inverter-charger delivering 7500VA / 6000W continuously, with a 60A charger, a 15ms typical transfer time and 110/120Vac split-phase output taken from HOT1-N or HOT2-N.
In stock
The Felicity Solar IVPS7548P2G1 is a 48V inverter-charger rated 7500VA / 6000W continuous, with a 15000VA surge held for 5 seconds, a 60A maximum charge current and a 15ms typical transfer time. The unit measures 494 x 420 x 195 mm and weighs 38.2 kg gross. It takes a 220Vac nominal input and charges from utility anywhere in a 90-280Vac window at 50Hz/60Hz, holding its own pure sine wave output to ±5%rms and synchronising with the incoming supply in line mode. Split-phase wiring gives 110/120Vac ±5% between HOT1-N or HOT2-N, while the HOT1-HOT2 terminal pair carries the full load. A 63A overcurrent protector guards the grid side, and air-switch overload protection tolerates 105%~150% load for 10 seconds and ≥150% for 5 seconds. Charging voltages are preset for AGM at 57.6V boost and 54.4V float, flooded cells at 58.4V and 55.2V, and lithium banks up to 61.0V; the inverter starts from 46V and shuts down at 43Vdc under light load. Operating range is 0°C~40°C. We are an authorised Felicity Solar distributor and supply the IVPS7548P2G1 from our own stock. Warranty: 2 Years.
Specifications last updated 23 July 2026
| Battery | 0₁ |
|---|---|
| Power | 0₁ |
| BMS communication | 24V model(default 27.0V) bm5 6 bmS |
| Capable of Starting Electric | Yes |
| Efficiency(Line mode) | >95% |
| Max. Bypass Overload Current | 30A AC63A |
| Nominal Output Frequency(Hz) | 50±0.3Hz/60±0.3Hz(adjustable) backlight will go out after 60s. |
| Output | For supporting three-phase system, make sure no |
| Output Frequency | 50Hz |
| Power derating | 216-06 221 |
| Rated Output Power (VA) | 7500VA |
| Rated Output Power (W) | 6000W |
| Nominal DC Input Voltage | 48V |
| Input Voltage Waveform | Sinusoidal (utility or generator) |
| Terminal Connection | HOT1-HOT2 |
| Nominal Input Voltage | 220Vac |
| Low Line Disconnect | 170±7Vac (UPS) / 90±7Vac (APL) |
| Low Line Re-connect AC Input Range | 180±7Vac (UPS) / 100±7Vac (APL) |
| High Line Disconnect | 280±7Vac |
| High Line Re-connect | 270±7Vac |
| Max AC Input Voltage | 280Vrms |
| Nominal Input Frequency | 50Hz/60Hz |
| Low Line Frequency Disconnect | 40±1Hz |
| Low Line Frequency Re-connect | 42±1Hz |
| High Line Frequency Disconnect | 65±1Hz |
| High Line Frequency Re-connect | 63±1Hz |
| Line Mode Output Waveform | Synchronize with input voltage |
| Over-Load Protection | Air switch protection |
| Efficiency (Line mode) | ≥95% |
| Transfer Time (AC to DC) | 15ms (typical) |
| Transfer Time (DC to AC) | 15ms (typical) / 30ms (special) |
| Pass Through Without Battery | No |
| Overcurrent Protector (grid) | 63A |
| Input Voltage Range (utility charge) | 90-280Vac |
| Max Charge Current | 60A |
| Charge Current Regulation | 0-60A |
| Charger Short Circuit | 63A |
| Over Charge Protection | Yes |
| Output Voltage Waveform | Pure sine wave |
| Nominal Output Voltage | 220/240Vac±5% (HOT1-HOT2) |
| Split-Phase Output Voltage | 110/120Vac±5% (HOT1-N or HOT2-N) |
| Nominal Output Frequency (Hz) | 50±0.3Hz / 60±0.3Hz (adjustable) |
| Output Voltage Regulation | ±5%rms |
| Peak Efficiency | 90% |
| Inverter Over-Load Protection (SMPS load) | 5s@≥150% load; 10s@105%~150% load |
| Surge Rating | 15000VA for 5 seconds |
| Capable of Starting Electric Motor | Yes |
| Output Short Circuit Protection | Yes |
| Min DC Starting Voltage | 46V |
| Low Battery Alarm | 46Vdc (load < 50%) / 44Vdc (load ≥ 50%) |
| Low Battery Recovery | 47Vdc (load < 50%) / 46Vdc (load ≥ 50%) |
| Low DC Input Shut-down | 43Vdc (load < 50%) / 42Vdc (load ≥ 50%) |
| High DC Input Alarm / Fault | 63Vdc±0.4V |
| High DC Input Recovery | 62Vdc±0.4V |
| Boost Charging Voltage (AGM) | 57.6V |
| Float Charging Voltage (AGM) | 54.4V |
| Boost Charging Voltage (Flooded) | 58.4V |
| Float Charging Voltage (Flooded) | 55.2V |
| Self-Defined Charging Voltage (max) | 61.0V |
| Lithium Charging Voltage (max) | 61.0V |
| Product Dimension | 494x420x195mm |
|---|---|
| Package Dimension | 607x540x290mm |
| Gross Weight | 38.2 kg |
| Operating temperature | 0°C~40°C |
|---|---|
| Storage temperature | -15°C~60°C |
Looking up an error code on this FelicityESS IVPS3524P1G1-LV? Browse the full list of codes for this device, with the cause and recommended fix for each.
View error codes for this device →



Error 15 = output short, 34 = heavy overload, 24 = output voltage low, 27 = battery disconnected, 01 = overload — the real IVPS meanings and fixes.
Read: Felicity Inverter Error Codes: Complete Guide for All Models →Twenty-five Felicity inverters are IP21 and every SCCM charge controller says indoor wall-mount. IP20, IP21 and IP31 are indoor ratings, and the first digit - the dust one - is the half nobody reads. Here is which listing carries which.
Read: Can I Install a Solar Inverter Outside? What IP21, IP31 and IP65 Really Mean →An off-grid house is sized by surge, battery energy and charge current - and the surge row is the one that starts your fridge and your pump. Here are the published figures across the Felicity inverters and batteries, with the arithmetic to use them.
Read: How to Run a Whole House on Solar in Khartoum →7500VA / 6000W continuous, with a 15000VA surge sustained for 5 seconds. The output is a pure sine wave regulated to ±5%rms at 50±0.3Hz / 60±0.3Hz (adjustable), and the unit is rated as capable of starting an electric motor.
60A is the maximum charge current, regulated across 0-60A. Boost and float voltages are 57.6V and 54.4V for AGM and 58.4V and 55.2V for flooded cells, while lithium charging is capped at 61.0V.
494 x 420 x 195 mm is the product dimension and the gross weight is 38.2 kg; the package measures 607 x 540 x 290 mm. Operating temperature is 0°C~40°C and storage is -15°C~60°C.
90-280Vac is the accepted utility charging range, and the input voltage waveform may be sinusoidal from utility or generator at 50Hz/60Hz. Transfer time is 15ms typical, and the unit does not pass through without a battery.