Eco-Worthy 5000W Solar Off-Grid Inverter Charger – 48V DC to 120V AC Split-Phase | Pure Sine Wave | 10,000W Peak
Power your off-grid home, cabin, RV, or backup system with the 5000W Solar Off-Grid Inverter Charger, engineered for high efficiency, stable performance, and seamless solar integration. This advanced all-in-one unit delivers pure sine wave output, 48V battery support, and 120V AC split-phase power, making it ideal for household appliances, tools, and sensitive electronics.
With 10,000W peak power, intelligent auto-detect frequency (50/60Hz), and a highly efficient >95% inverter design, this system provides dependable power even during demanding loads. The built-in MPPT solar charger handles up to 5000W of PV input, 500V open-circuit voltage, and 80A solar charging, ensuring fast, optimized energy harvesting.
Perfect for off-grid solar systems, hybrid setups, and emergency backup power, this inverter charger integrates AC charging, solar charging, and inverter mode in one powerful, reliable solution.
⭐ Key Features
AC Input Mode
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Rated Voltage: 110/120VAC
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Input Range: 90–140VAC
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Frequency: 50/60Hz (auto-detect)
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Efficiency: >95%
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Max Bypass Overload Current: 40A
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Overload/Short Circuit Protection: Circuit breaker
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AC Reverse Protection: Yes
Inverter Mode
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Pure Sine Wave Output – Safe for sensitive electronics
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Rated Power: 5000W
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Peak Power: 10,000W
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Output Voltage: 120VAC split-phase
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Rated Battery Input: 48V
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Minimum Start Voltage: 44V
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Power Saving Mode: Activates when load ≤ 25W
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Bypass Breaker: 63A
AC Charging Mode
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Compatible Batteries: Lead acid & Lithium
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Max Charge Current: 60A
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Charge Voltage Range: 40–60VDC
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Overcharge Protection: Alarm + automatic stop
PV (Solar) Charging Mode
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Max PV Input Power: 5000W
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Adjustable Solar Charge Current: 0–80A
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Max PV Open Circuit Voltage: 500VDC
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MPPT Operating Range: 120–450VDC
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Battery Voltage Range: 40–60VDC
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Charging Short Circuit Protection: Blown fuse
This 5000W off-grid inverter charger is the ideal solution for solar power systems, off-grid homes, remote cabins, battery backup setups, and hybrid installations requiring high power, high efficiency, and dependable pure sine wave output.