Description

The SMA Sunny Boy Smart Energy 3.6 is a cutting-edge single-phase hybrid inverter designed for modern home installations that combine solar generation with storage. It acts as both a photovoltaic (PV) inverter and a battery inverter, enabling efficient solar-power generation, high self-consumption, and flexible battery backup in one device. With advanced monitoring, a built-in emergency power supply function for selected loads, and dynamic integration of storage, it’s ideal for homeowners seeking reliability, smart energy flow and future-proof design. solartraders.com+3sma.de+3PlanetSoar Shop+3

Key Features:

⚡ 2-in-1 Hybrid Operation: Works as a PV inverter and battery inverter in one unit — generating solar power and managing battery storage seamlessly. sma.de+1
🔋 Storage & Backup Ready: Supports high-voltage battery compatibility and offers an integrated Secure Power Supply for selected loads in a grid-failure scenario. sma.de+1
🌞 High Flexibility & Efficiency: Offers multiple MPPT inputs (three MPPT trackers) for flexible roof layouts and oversizing of PV system for higher yield. PlanetSoar Shop+1
📱 Smart Monitoring & Connectivity: Built-in WiFi/Ethernet/RS-485 interfaces, support for remote monitoring through SMA Sunny Portal and app-based commissioning. ENF Solar+1
🔒 Optimized Yield + Safety: Includes SMA ShadeFix for improved performance under shading and SMA ArcFix for arc-fault protection; dynamic active power limitation for grid compatibility. sma.de+1

Technical Specifications (Approximate):

• Rated AC Output Power: ~3.6 kW (single phase) Sunnergie+1

• Maximum Efficiency: Up to ~98.1% depending on model and region. ENF Solar+1

• MPPT Trackers: 3 independent MPPT channels for flexible system layout. PlanetSoar Shop+1

• Protection Class: IP65 (suitable for outdoor installation) ENF Solar+1

• Dimensions & Weight: Approx. 586 × 500 × 236 mm; weight ~17.5 kg (varies by version) ENF Solar+1

• Operating Temperature Range: ~-25 °C to +60 °C ENF Solar+1

Applications:

✅ Residential rooftop solar systems with battery backup.
✅ Homes looking to maximize self-consumption and reduce reliance on grid power.
✅ Systems requiring integration of energy storage, electric vehicle charging or heat pump loads.
✅ Environments with variable roof orientations or partial shading thanks to multiple MPPT flexibility.