Vito Hybrid MPPT Inverter 10.2kVA 10.2kW 48V
The Vito 10.2kVA Hybrid MPPT Inverter is designed for residential, commercial, backup power, and solar energy applications. This unit combines inverter, solar charger, and battery charger functionality in a single system and is compatible with 48V battery installations.
The inverter features pure sine wave output, integrated MPPT solar charging, configurable charging settings, and LCD-based system monitoring. Users can adjust charging priorities, battery charging current, and input voltage settings to suit different installation requirements.
Key Features:
10.2kVA / 10.2kW output capacity
Hybrid inverter with integrated MPPT solar charger
48V battery system compatibility
Pure sine wave output
LCD display with configurable settings
Adjustable battery charging current
Adjustable AC and solar charging priority
Compatible with utility power and generators
Automatic restart after AC power recovery
Overload protection
Over-temperature protection
Short-circuit protection
Cold start function
Optional WiFi/GPRS monitoring
Compatible with lithium battery systems
Specifications:Brand: VitoRated Power: 10.2kVA / 10.2kWBattery Voltage: 48VOutput Waveform: Pure Sine Wave
PV Input:
Maximum PV Open Circuit Voltage: 500VDC
MPPT Voltage Range: 90VDC – 450VDC
AC Output:
Nominal Output Voltage: 220V / 230V / 240VAC
Grid Voltage Range: 195V – 253VAC
Frequency Range: 49Hz – 51Hz
Nominal Output Current: 15.7A
Power Factor: >0.99
Maximum Conversion Efficiency: 97%
Operating Frequency: 50Hz / 60Hz
Load Output:
Maximum Output Power: 10,200W
Maximum Main Load: 10,200W
Maximum Second Load: 3,400W
Dimensions & Weight:
Dimensions: 618 × 463 × 205 mm
Weight: 16.9 kg
What's Included:
1 × Hybrid MPPT Inverter
1 × User Manual
Important Information:
Installation must be carried out by a qualified electrician.
A valid Certificate of Compliance (COC) may be required for warranty purposes.
Installation should comply with applicable electrical regulations and standards.
WiFi/GPRS module sold separately where applicable.
Actual performance may vary depending on installation design, battery configuration, solar array sizing, and operating conditions.
