Inverter Volt SINUS PRO ULTRA 10000 48V to 230V (5000/10000W) with 80A MPPT 145V

The Volt SINUS PRO ULTRA 10000 is a pure sine wave inverter that converts 48V DC to 230V AC and provides 5000 W continuous output with 10000 W peak capacity. It integrates an 80A MPPT solar charge controller with a maximum PV input voltage of 145V, allowing direct connection of photovoltaic arrays for efficient battery charging and streamlined system management. The device is designed for off-grid, backup and hybrid solar power systems where high surge capability and PV charging are required.

Advantages

The integrated design combines a high-power pure sine wave inverter and an 80A MPPT charge controller in a single unit, reducing the need for separate components and simplifying installation. Pure sine output ensures compatibility with sensitive electronics and appliances, while the high peak power supports motors and inductive loads during startup. The MPPT controller optimizes energy harvest from PV modules up to the specified input voltage, improving charging efficiency under variable sunlight conditions.

Suitable for

• Off-grid homes and remote cabins needing continuous AC power.
• Backup power for critical appliances in residences or small businesses.
• Hybrid solar systems combining PV generation with battery storage.
• Applications requiring high surge capacity for motor-driven equipment.

Key specifications

• DC input voltage: 48 V nominal
• AC output voltage: 230 V
• Continuous output power: 5000 W
• Peak (surge) power: 10000 W
• Integrated MPPT charge current: 80 A
• Maximum PV open-circuit/input voltage: 145 V
• Output waveform: pure sine wave

How to use

Install the inverter on a stable, well-ventilated surface and connect the 48V battery bank following manufacturer guidelines for polarity and cable sizing. Connect the PV array to the MPPT input, ensuring that the open-circuit voltage and array configuration do not exceed the specified maximum PV voltage. Connect AC loads to the 230V output circuits with appropriate circuit protection. Configure any available settings according to the system requirements and perform initial testing under no-load and controlled-load conditions to verify proper operation.

Usage recommendations

Use appropriate cable gauges and fusing on DC and PV connections, observe correct battery type settings for charging, and ensure adequate ventilation to prevent overheating. For systems supplying motor-driven loads, allow for the specified peak capacity and verify startup currents. Regularly inspect connections and firmware/settings as part of routine system maintenance.