5.5kw 48v Must Hybrid Inverter 80A MPPT

🔋 Must 5.5kW 48V Hybrid Inverter with 80A MPPT: Detailed Overview

The Must 5.5kW 48V Hybrid Inverter is a high-performance inverter designed for residential 🏠 and commercial 🏢 solar power systems. It combines a pure sine wave inverter, an 80A MPPT solar charge controller, and an AC charger into a single unit, providing efficient ⚡ and stable power conversion.

1️⃣ Technical Specifications

🛠️ General Specifications:

• Model: Must 5.5kW 48V Hybrid Inverter
• Rated Power: ⚡ 5.5kW (5500W)
• Waveform: 🔄 Pure Sine Wave
• Efficiency: 🚀 >90%
• Topology: 🔋 Transformerless

🔌 Input Specifications:

• DC Input Voltage: 48V DC
• Battery Type: 🔋 Lead-acid or Lithium-ion
• Battery Voltage Range: 42V – 60V
• Maximum Solar Input Power: ☀️ ~5000W
• Maximum PV Input Voltage: 500V DC
• MPPT Voltage Range: 60V – 450V
• Max PV Charging Current: 80A

⚡ Output Specifications:

• AC Output Voltage: 🔌 230V AC (±5%)
• Output Frequency: 50Hz / 60Hz (Auto-sensing)
• Surge Power: 🔥 11kW (Twice the rated power for a few seconds)
• Overload Protection: ✅ Yes

🔆 Charge Controller (MPPT) Specifications:

• MPPT Efficiency: 🚀 >99%
• Battery Charging Current: 80A Max
• AC Charger Mode: 60A Max

📡 Communication & Monitoring:

• Display: 📟 LCD Screen with LED Indicators
• Communication Ports: RS232 / USB / WiFi / Bluetooth (optional) 📶
• Monitoring Software: 📲 Compatible with remote monitoring apps

🛡️ Protection Features:

✅ Overload and Short Circuit Protection
✅ Battery Overvoltage and Undervoltage Protection
✅ Reverse Polarity Protection
✅ High-Temperature Protection

📏 Physical & Environmental Specifications:

• Dimensions: 📏 Compact and wall-mountable
• Weight: ⚖️ ~12-15kg
• Cooling: ❄️ Forced Air Cooling with Fans
• Operating Temperature: 🌡️ -10°C to 50°C
• Humidity: 💧 5% – 95% (Non-condensing)

2️⃣ Applications

The Must 5.5kW Hybrid Inverter is ideal for various applications, including:

🏡 1. Residential Solar Power Systems

✔ Provides uninterrupted power for homes
✔ Works with solar panels ☀️, grid electricity ⚡, and batteries 🔋
✔ Reduces electricity bills by utilizing solar energy efficiently

🏢 2. Small Commercial Setups

✔ Powers small offices, shops, and business establishments
✔ Reduces dependency on grid power ⚡
✔ Can be used in hybrid mode for energy management

🌍 3. Off-Grid Solar Power Solutions

✔ Ideal for remote areas without grid access
✔ Uses solar energy ☀️ and battery storage 🔋 for 24/7 power supply
✔ Provides energy independence

⚠️ 4. Backup Power for Critical Loads

✔ Acts as an emergency backup 🔄 during grid outages
✔ Can be integrated with battery banks 🔋 to power essential appliances
✔ Suitable for hospitals 🏥, telecom towers 📡, and data centers 💾

🔄 5. Hybrid Energy Systems

✔ Supports both grid-tied and off-grid modes
✔ Automatically switches between solar ☀️, battery 🔋, and grid power ⚡
✔ Can sell excess power to the grid (if supported by local regulations)

3️⃣ Key Features & Advantages

✅ All-in-One Hybrid System: Combines inverter, charger, and MPPT controller
✅ High Efficiency: MPPT controller maximizes solar energy conversion ☀️
✅ User-Friendly Interface: LCD display 📟 for real-time monitoring
✅ Scalable Design: Supports parallel operation for increased capacity
✅ Smart Protection Mechanisms: Ensures system safety 🛡️ and longevity