SolaX X1-G4-HYBRID-7.5 D – 7.5kW G4 High-Voltage Single-Phase Hybrid Inverter
The SolaX X1-G4-HYBRID-7.5 D is a cutting-edge 7.5kW single-phase hybrid inverter engineered to deliver seamless energy integration for residential and light commercial applications. This high-performance inverter unites solar and battery power, ensuring maximum self-consumption and resilience through smart energy management and dual MPPT technology.
Whether connected to the grid or operating in standalone mode, the X1-G4-HYBRID-7.5 D provides consistent and efficient power delivery. Built-in WiFi, a user-friendly display, and remote monitoring capabilities empower users with full control over their energy system. Expandability and enhanced safety features make this inverter a future-proof solution for those aiming to reduce electricity bills and carbon footprint.
Key Features:
7.5kW Output Capacity: Suits medium to large residential or small business systems.
Hybrid Operation: Integrates solar production and battery storage for increased energy independence.
Dual MPPT Technology: Maximises solar energy harvest across multiple panel strings.
On/Off-Grid Flexibility: Ensures uninterrupted energy supply under any circumstance.
Smart Energy Management: Prioritises and automates power use from solar, battery, or grid.
Real-Time Monitoring: Access live system performance data via mobile app or web portal.
Expandable Storage: Easily scalable with compatible high-voltage battery systems.
User-Friendly Design: Simple setup and daily use via an intuitive digital interface.
Robust Safety Protocols: Includes overvoltage, overcurrent, and thermal protection.
Specifications:
Model: X1-G4-HYBRID-7.5 D
Weight: 25 kg
Dimensions: 482 x 417 x 181 mm
Max Efficiency: 98%
Operating Temperature Range: -25°C to +60°C
Warranty: 5 years standard, extendable to 10 years upon registration
A robust, smart solution for those seeking greater energy control, efficiency, and reliability in their solar energy journey.
Brand | Solax |
Type | Hybrid Inverter |
Phase | 1 Phase |