5kva 24v Cee Power Hybrid Solar Inverter

5kVA 24V Hybrid Cee Power Solar Inverter is a powerful inverter for larger residential or small commercial applications. With a 24V system, this inverter can handle more load than smaller inverters, but it still has limitations compared to a higher-voltage system like 48V. Here's a breakdown of its specifications and what it can power:

⚙️ Key Specifications

⚡ What You Can Power (~4000W)

With 4000W of usable power, this inverter can handle:

• Lighting (LED for entire house)

• 8–10 ceiling fans

• 1–2 medium refrigerators or freezers

• TV, computers, and phones

• Washing machine or water pumps (one at a time)

• Small air conditioners (short use) or other appliances

🛑 Avoid running multiple high-wattage devices at once, like:

• Multiple air conditioners

• Electric stoves

• Microwaves with other devices simultaneously

🔋 Battery Recommendations

System Voltage: 24V

• Current Draw at Full Load: 4000W ÷ 24V = 167 Amps

  • High current draw means you'll need large capacity batteries and thick cables.

• Battery setup:

  • 2 × 12V deep-cycle batteries in series for 24V system

  • Prefer AGM, GEL, or Lithium batteries

  • 200Ah to 400Ah total capacity (e.g., 24V 300Ah to 400Ah) for reasonable backup time.

🔋 For longer backup: Add parallel strings of batteries (e.g., 2S2P = 4 batteries, 24V 600Ah).

🔆 Solar Panel Recommendations

• Solar Array Size:

  • 1000W–2000W (depending on your energy needs and sunlight availability)

  • 5 x 300W solar panels = 1500W, perfect for most 5kVA systems.

  • Panel voltage should be within the range supported by the inverter’s MPPT charge controller (typically 60–120V DC).

• Consider:

  • The MPPT charge controller optimizes solar energy capture.

  • PWM controllers are less efficient, but still workable.

✅ Hybrid Features (Standard for Cee Power)

• Hybrid Operation: Automatically switches between solar, battery, and grid power.

  • Prioritize solar, then battery, then grid if needed.

• MPPT Charge Controller: Maximizes solar charging efficiency.

• Overload, Short Circuit, and Voltage Protection.

• LCD/LED Display for monitoring power and battery status.

• Generator compatibility if needed.

🔋⚡ Advantages of a 24V System:

• A 24V system reduces the current compared to a 12V system, but is still more prone to voltage drops and high current draw when dealing with high-power devices like a 5kVA inverter.

• For larger loads and more efficient power transmission, you might consider a 48V system for future upgrades, but for now, a 24V system works well with medium to large homes.