@ganew879: Can a 6kVA inverter power a 3-bedroom with 2 ACs? Let’s calculate ⚡ Load Calculation ❄️ 2 × 1.5HP inverter AC = 2400W 📺 TV = 100W 🧊 Freezer (inverter) = 100W 🌀 Fans (3) = 180W 💡 Lights (10) = 100W 📡 Decoder + Router = 50W 🔌 Others = 200W 👉 Total running load = 3130W (3.13kW) ⚡ Surge Calculation (Inverter Appliances ≈ 1.3×) AC surge = 2400 × 1.3 = 3120W Freezer surge = 100 × 1.3 = 130W 👉 Total surge ≈ 3250W 🛡️ Add Safety Margin (25%) 👉 3.13 × 1.25 = 3.9kW 🔌 Inverter Check 6kVA × 0.8 = 4.8kW usable power 👉 3.9kW < 4.8kW ✅ ✔ Load is safe ✔ Surge is safe (typical surge capacity ≈ 7–9kW) 🔋 Battery Calculation (Real Usage) Assuming 6 hours backup at night: 👉 3.13 × 6 = 18.8kWh 👉 Add system losses ≈ 22kWh ✔ Minimum battery: 20kWh ✔ Recommended: 22–25kWh ☀️ Solar Panel Calculation Solar panels power daytime load AND still charge the battery Step 1: Battery Charging Need 👉 22kWh Step 2: Daytime Usage Assume system runs ~5 hours of sunlight: 👉 3.13kW × 5h = 15.65kWh Step 3: Total Energy Panels Must Supply 👉 22 + 15.65 = 37.65kWh/day Step 4: Panel Output 1 × 550W panel ≈ 2.75kWh/day 👉 37.65 ÷ 2.75 ≈ 14 panels ✅ Final Panel Recommendation ✔ Minimum: 14 panels (550W) ✔ Recommended: 15–18 panels (for stability & faster charging) ⚠️ Disclaimer For educational purposes only. Assumes inverter AC & freezer, moderate usage, and good sunlight. Follow for more real solar calculations 🔥 #solartechnician #solarinstallation #solar #fypシ #electrician

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Thursday 26 March 2026 18:40:18 GMT