The MUST PV19-6248 EXP inverter together with the SCRA-R-51.2-100 battery is a ready-made, technically compatible and optimized solution for home or business: the combination of a powerful 6200 W hybrid inverter with dual MPPT and a LiFePO4 battery with a capacity of 5.12 kWh ensures stable power supply, efficient operation with solar generation and reliable backup power. The coordinated 48V system allows you to achieve high performance, flexibility of settings and durability of the entire power system.
This kit will be an effective solution for autonomous or backup power supply of a home, office or commercial facilities and will ensure stable operation of electrical appliances even during network outages.
Solar hybrid inverter, pure sine wave, MUST PV19-6248 EXP, Wi-Fi, 48V, 6200W:
- High power:Nominal 6200 W, peak up to 12400 W.
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Pure sine wave:Safe operation of sensitive equipment.
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Stable voltage: 230 V ±5%, automatic frequency detection 50/60 Hz.
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Hybrid operation: Supports operation from solar panels, grid and generator.
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MPPT controller: 2 trackers, range 90-450 V DC.
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Solar panel power: up to 2 × 4000 W.
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Maximum PV voltage: up to 500 V DC.
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Efficient charging: up to 120 A from the sun, up to 100 A from the grid.
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Operation without a battery: supported when solar generation is available.
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Fast switching: 10-20 ms (UPS / APL).
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Energy efficiency: Efficiency up to 92%.
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Compatibility Battery: LiFePO4 (with BMS), AGM, GEL, lead-acid.
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Communications: USB / RS485 / BMS, Wi-Fi (monitoring).
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Scaling: parallel operation of up to 6 inverters.
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Protection: overload, short circuit, overheating, overvoltage, deep discharge.
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Mounting: wall-mounted, compact dimensions 425 × 455 × 147 mm.
Rechargeable battery SCRA-R-51.2-100, 5120Wh, 51.2V, 100Ah, LiFePO4:
- High capacity: 5120 Wh (100 Ah) for long-term autonomous power supply.
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Nominal voltage: 51.2 V.
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Voltage range: 43.2–58.4 V.
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Standard charge: 50 A, maximum - 100 A.
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Maximum discharge current: 100 A.
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Discharge depth: up to 90 %.
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Durability: over 2000 charge/discharge cycles.
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Technology: LiFePO4 - high safety and stability.
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Energy efficiency: high efficiency of operation.
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Operating temperature: charge 0°C - 50°C, discharge -10 - 60°C.
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Versatility:for solar stations, backup and autonomous power supply.
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Compactness: dimensions 492 × 450 × 180 mm, easy installation.
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Reliability: stable operation even in difficult operating conditions.