Power-backup & solar-hybrid solution for homes and small businesses
Ideal for areas with frequent load-shedding or unstable grid supply — offers flexibility to use solar, battery, and grid power as needed.

Key Features

• Rated Output Power: 4.2kVA / ~4200W — capable of powering household essentials (lights, fans, fridge, TV, small AC units) when paired with sufficient battery or solar panels.

• Pure Sine Wave Output: Provides stable, clean AC power — safe for sensitive electronics such as computers, TVs, and appliances.

• 48 V Battery Support: Compatible with common 48 V battery banks (lead-acid or lithium), enabling traditional hybrid or off-grid operation.

• Built-in MPPT Solar Charger: Enables integration with solar panels; facilitates efficient solar energy harvesting and battery charging.

• High PV Input Voltage Range: Supports solar array configurations — typical in similar 4.2 kVA inverters is up to 500 V DC open-circuit for PV input (subject to confirmation).

• Hybrid Operation (Solar + Battery + Grid): Offers flexibility — can run on solar + battery, or grid + battery — depending on availability.

• “Battery-less” / PV-only Option (Daytime) [conditional]: If your variant supports it, may operate directly from solar panels without battery (helpful for solar-only daytime loads — but verify with your hardware).

• AC Output Voltage / Frequency: 230 V AC ±5%, 50 Hz or 60 Hz auto-sensing — appropriate for typical household usage.

• Protection Features: Overload, over-temperature, short-circuit protection likely included (as is standard in similar hybrid inverters).

Why Victor PV 5500

• Offers flexibility: works with solar, battery, and grid — adapt to what’s available.

• Versatile for multiple use-cases: from basic lighting and fans to large appliances and small AC units (depending on load and battery/panel configuration).

• Future-ready: if you start with solar now, you can add batteries or more panels later — hybrid inverters handle expansions better than basic ones.

• Suitable for Pakistan environment: given frequent load-shedding and solar availability, hybrid inverters are practical and cost-efficient.