The Felicity Solar IVPM 7548 combines a high-capacity pure sine wave inverter with a built-in MPPT solar charge controller, making it an ideal solution for hybrid solar systems. Designed for 48 V battery banks, this inverter supports up to 7.5 kVA output power—enough to handle substantial residential loads or light commercial applications.
Its transformer-based low-frequency design ensures durability and high surge capacity, while its integrated MPPT controller optimizes solar panel performance, managing up to 120 A of charging current. It also supports automatic bypass, seamless switching between grid and battery, and a wide AC input range (90–280 V) for unstable grid environments.
Key Features
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Built-in MPPT solar charge controller (up to 120 A) for efficient PV input
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Pure sine wave output ensures compatibility with sensitive equipment
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Low-frequency transformer design for long-term durability and high surge loads
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Wide AC input range (90–280 V) for flexible grid compatibility
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Fast transfer switching (~15 ms) from grid to battery
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Full protection suite: overload, short circuit, over-temperature, reverse polarity
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LCD display for system status and configuration
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Compatible with parallel configuration for higher load capacity
Technical Specifications
Specification | Details |
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Model | IVPM 7548 |
Rated Output Power | 7.5 kVA / 6000 W |
DC Input Voltage | 48 V |
AC Output Voltage | 220–230 V AC (Single Phase) |
Output Waveform | Pure Sine Wave |
AC Input Voltage Range | 90–280 V AC |
Max Charging Current | Up to 120 A (MPPT Solar Charger) |
Solar Input Voltage Range | Typically 65–145 V (MPPT range) |
Efficiency | ≥ 95% |
Transfer Time | Approx. 15 ms |
Display | LCD with buttons |
Protection | Overload, Short Circuit, Overcharge, Over-Temperature, Low/High Voltage, Reverse Polarity |
Operating Temp. Range | 0 °C to 40 °C |
Storage Temp. Range | –15 °C to 60 °C |
Dimensions | Approx. 607 × 540 × 290 mm |
Weight | Approx. 73 kg |
Recommended Applications
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Residential solar hybrid systems
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Light commercial energy setups
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Off-grid installations with integrated solar input
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Backup power for critical equipment
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Scalable solar inverter systems using parallel operation
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