Description

Product Description

A 6 kW SVOLT-compatible solar inverter is a high-power hybrid inverter designed for residential or small commercial solar energy systems. Paired with SVOLT lithium-iron phosphate (LiFePO₄) batteries, these inverters manage energy from PV panels, grid, and batteries to supply AC electricity to loads, store excess solar energy, and provide backup power during outages. Typical implementations include 48 V or 51.2 V low-voltage battery banks like SVOLT 5.09–5.43 kWh modules. The inverter features pure sine wave output, built-in MPPT solar charge controller, battery charging and discharging logic, and communication interfaces for smart monitoring and control.

Technical Specifications (Bullet Form)

Power & Output

• Rated AC output power: 6000 W (6 kW) continuous (depends on specific inverter model).

• Output waveform: Pure sine wave for clean power quality.

• Surge capacity: ~1.5× rated power (varies by model).

• Output voltage: 230VAC nominal (single phase typical).

• Frequency: 50/60 Hz auto-detect (model dependent).

Solar (PV) Input & MPPT

• Integrated MPPT solar charge controller (built in most hybrid models).

• Maximum PV input power: ~7.5–8 kW (varies by inverter design).

• MPPT operating voltage range: ~120 VDC – 450 VDC typical.

• Max MPPT current per tracker: ~16–27 A depending on model.

• Solar charger current: up to ~100A in many designs.

Battery Compatibility

• Designed for 48 V or 51.2 V LiFePO₄ battery banks such as SVOLT modules.

• Battery charging current (AC charger): ~80–100A typical.

• Communication: CAN, RS485 for BMS integration with compatible batteries.

Efficiency & Protections

• High conversion efficiency (often > 95 %).

• Built-in protections: overload, short-circuit, over/under voltage, over-temperature, anti-islanding.

Monitoring & Communication

• Remote monitoring (Wi-Fi/GPRS or optional dongle) supported on many hybrid inverter models.

• LCD or app interface for system status and performance.

Installation & Environment

• Mounting: wall or bracket installation.

• Cooling: intelligent fan or convection (varies by model).

• Operating environment: typically -10°C to 60°C or similar (model dependent).

Applications

• Residential solar energy systems with battery storage.

• Small business hybrid solar systems.

• Backup power during outages.

• Self-consumption optimisation of PV generation.