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(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
A 3.5kVA 24V Hybrid Cee Power Solar Inverter is a powerful and versatile unit designed for home or small office use, providing backup power from solar, battery, and grid sources. However, running 3.5kVA on a 24V system draws high current, so let’s look at key specs, pros, and best practices.
Feature | Details |
---|---|
Capacity | 3.5kVA ≈ ~2800W (assuming power factor = 0.8) |
Battery Voltage | 24V (2 x 12V batteries in series) |
Type | Hybrid (solar + battery + grid) |
Output | Pure sine wave (safe for electronics) |
Brand | Cee Power |
Use Case | Medium home loads or small offices |
All house lighting (LED)
4–6 fans
1 medium refrigerator or freezer
1 TV + decoder
Laptops, routers, small appliances
Possibly a washing machine or water pump (if load is staggered)
⚠️ Avoid running everything at once; prioritize essential loads.
Current drawn at full load: 2800W ÷ 24V ≈ 117 Amps
— high!
Battery setup:
2 × 12V, 200Ah to 300Ah deep-cycle batteries minimum
Prefer tubular, GEL, AGM, or LiFePO₄ batteries
Add parallel strings for longer backup (e.g., 2S2P = 4 batteries, 24V 400Ah)
Typical solar input range (depends on MPPT or PWM):
Use MPPT if possible for better efficiency
Suggested panel size: 1000W – 1800W
e.g., 4 to 6 × 300W panels (in 2S2P or 3S2P config)
Built-in solar charge controller (MPPT preferred)
Auto switch between solar, battery, and grid
LCD display for real-time status
Overload, short circuit, low/high voltage protection
Generator-compatible
Prioritization settings (Solar first, then battery, then grid, etc.)
3.5kVA at 24V is pushing the limits of a low-voltage system.
Consider moving to a 48V system for better efficiency and safety if your power demand grows.
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