SolarEdge Home Hub - 3 Phase 10kW

The SolarEdge Home Hub three-phase inverter is a versatile and efficient solution for residential storage and backup applications, delivering advanced energy management across three phases. This system enables PV production, battery storage, and full-house backup capability for seamless energy independence and reliability.

Key Features:

• Integrated Energy Management: Controls PV production, battery storage, and whole-home backup from a single inverter for maximum efficiency.
• Enhanced Energy Capture: Utilizes a DC-coupled design to store solar energy directly in the battery, reducing AC conversion losses.
• Streamlined Setup: Quick inverter commissioning via SolarEdge SetApp for seamless installation and configuration.
• Safety-Optimized: Minimizes high voltages during installation and maintenance, enhancing safety for installers and homeowners.
• Flexible Battery Support: Compatible with SolarEdge Home Battery and select models from LG Chem and BYD (firmware support pending).

Technical Specifications:

• AC Power Output: Available models provide 5,000 VA, 8,000 VA, and 10,000 VA for versatile installation needs.
• Battery Charging and Discharging Power: Up to 5,000 W for efficient energy utilization.
• Environmental Rating: IP65, suitable for outdoor and indoor installation.
• Temperature Range: Operates in temperatures from -40°C to +60°C, adaptable to diverse environments.
• Communication Options: Built-in RS485, Ethernet, with options for Wi-Fi and GSM for remote monitoring.

Ideal for:

• Large-Scale Installers: Needing robust, three-phase solutions with high energy throughput and comprehensive battery compatibility.
• Project Managers: Requiring reliable, high-capacity systems with flexible backup and storage options for residential projects.

What is the main advantage of the SolarEdge Home Hub three-phase inverter?

The main advantage of the SolarEdge Home Hub three-phase inverter is its DC-coupled design, which allows direct battery charging from solar power, reducing conversion losses and maximizing energy efficiency for home backup applications​​.