3.5kva 48v Cee Power Solar Inverter

A 3.5kVA 48V Cee Power Solar Inverter is a great option for users needing more power and efficiency compared to a 24V system. This inverter is typically used for medium-sized homes or small businesses, and the 48V system allows for better performance, especially for larger loads. Let's break it down.

⚙️ Key Specifications

⚡ What It Can Power (~2800W)

• Lighting (LED for the whole house)

• 6–8 ceiling fans

• Medium fridge/freezer

• TV, computers, and phones

• Washing machine, small appliances, pumps (if run sequentially)

🛑 Avoid using:

• Large AC units, electric stoves, or multiple high-wattage appliances at once.

🔋 Battery Recommendations

System Voltage: 48V

• Current Draw at Full Load: 2800W ÷ 48V ≈ 58.3 Amps

• Recommended battery setup:

  • 4 × 12V deep-cycle batteries in series to form 48V.

  • Prefer AGM, GEL, or Lithium batteries.

  • 200Ah to 300Ah battery bank for reasonable backup time (e.g., 48V 300Ah battery bank = 14.4kWh of energy).

🔋 More Capacity = Longer Backup. Adding more parallel strings of batteries will increase your backup time.

🔆 Solar Panel Recommendations

• Solar Panel Array Size:

  • Suggested size: 1000W – 1800W depending on sunlight hours in your area.

  • 5–6 x 300W panels will work well, potentially larger if you want faster charging.

  • Panel voltage should be within the MPPT range of the inverter (typically 60–120V for MPPT charge controllers).

✅ Hybrid Features (Standard for Cee Power Inverters)

• Hybrid Operation: Works with solar, battery, and grid.

  • Automatically switches to solar → battery → grid based on availability and settings.

• MPPT Charge Controller: Efficient solar charging.

• LCD/LED Display for real-time monitoring.

• Overload, Short Circuit, and Voltage Protection.

• Generator support (if needed).

🔋 48V Advantage:

• Lower current compared to 24V, which means:

  • Less heat and more efficient power transmission.

  • Smaller gauge cables and lower losses over long distances.

  • Supports larger loads without drawing excessive current.

• Ideal for higher energy demands.