Description

⚡ General Power

• Rated Power: 5000 VA (5 kVA) / ~4000 W continuous output (real-world)

• Surge Power: Typically up to ~10 000 VA on some hybrid versions

• System Voltage: 48 V DC battery input

• Waveform Output: Pure Sine Wave — safe for sensitive loads

• Output Voltage (AC): 220 V / 230 V / 240 V AC selectable

• Output Frequency: 50 Hz / 60 Hz (auto-sense)

🔋 Battery & Charging

• Battery Bank: 48 V DC (usually 4 × 12 V batteries in series)

• Battery Charge Current: Varies by model — typically ~60–80 A MPPT solar charger built-in

• Solar Charge Controller Type: MPPT (Maximum Power Point Tracking)

• Max PV Open-Circuit Voltage (VOC): ~145 V DC (for MPPT versions)

• Battery Charging Priority: Configurable via LCD settings

⚙️ Performance & Efficiency

• Efficiency: Typically ~88 %–93 % depending on model and load

• Switch/Transfer Time: Often < 10–15 ms (good for UPS performance)

🛡️ Protection & Safety

• Protections: Overload, over-temperature, short circuit, reverse polarity, deep battery discharge, overcharge protection

• Cooling: Intelligent fan cooling (on many models)

• Certifications: CE / EMC / LVD (varies by SKU)

📊 Physical & Other Features

• Display: LCD or LED screen showing battery status, load %, voltages, etc.

• Optional: Wi-Fi/remote monitoring (model dependent)

• Parallel Capability: Some models can be paralleled (up to 3 units) for higher capacity

• Transformer: Low-frequency transformer based (more robust for heavy loads) on transformer versions

🧠 Notes & Usage

✅ Ideal for: Homes, offices, or small commercial systems that need stable power with solar + grid/generator integration.
⚠️ Battery & cable sizing: A 5 kVA inverter at 48 V implicitly means ~80–100 A of DC current under full load — size cables and breakers accordingly.
⚡ Heavy appliances: With pure sine wave and transformer design, it can start motors and appliances like fridge compressors, water pumps, etc.