The IVPM 10048 brings together a heavy-duty pure sine wave inverter and a built-in MPPT solar charger, making it ideal for advanced solar hybrid systems. Supporting up to 10 kVA output power and operating on a 48 V DC input, this unit is engineered for high-demand loads and scalable configurations.
Its transformer-based low-frequency architecture ensures reliability and tolerance for surge loads. The integrated MPPT charger allows efficient solar PV input—capable of managing high currents (e.g., ~150–200 A depending on model options). With automatic bypass, seamless switching between power sources, and wide AC input tolerance (90–280 VAC), this model is built for dependable performance in unstable grid environments.
Key Features
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Built-in MPPT solar charge controller supporting high charging current
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Pure sine wave output for compatibility with sensitive electronics
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Transformer-based design for robust surge handling and durability
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Wide AC input voltage range to handle fluctuating grid conditions
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Fast switching (~15 ms) between grid, inverter, and solar sources
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Full protection and safety features against overload, short-circuit, reverse polarity, and voltage anomalies
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LCD display and configuration interface for easy setup and monitoring
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Parallel operation support for scalable multi-unit installations
Technical Specifications
Specification | Details |
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Model | IVPM 10048 |
Rated Output Power | 10 kVA (≈8,000 W) |
DC Input Voltage | 48 V |
AC Output Voltage | 220–230 VAC (Single or Multi-phase via Parallel) |
Output Waveform | Pure Sine Wave |
AC Input Voltage Range | 90–280 VAC |
Max Solar Charging Current | Up to ~150–200 A (via built-in MPPT controller) |
Solar Input Voltage Range | Typically 65–145 V (MPPT window) |
Efficiency | ≥ 95% |
Transfer Time | Approx. 15 ms |
User Interface | LCD display with setup buttons |
Protection Features | Overload, Short-circuit, Overcharge, Over-temp, Low/High Voltage, Reverse Polarity |
Operating Temp. Range | 0 °C – 40 °C |
Storage Temp. Range | –15 °C – 60 °C |
Dimensions (approx.) | 607 × 470 × 355 mm |
Weight (approx.) | ~50–70 kg depending on configuration |
Ideal Use Cases
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Large-scale residential or estate solar installations
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Commercial or industrial solar backup and hybrid power systems
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Off-grid energy solutions for schools, clinics, or remote facilities
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Parallel-configurable setups for high-load requirements
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Critical backup applications for medical, telecom, or security systems
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