SolaX Power X1-Hybrid-6.0-D G4 Hybrid Inverter | 6000W | 2 MPPT | Includes Wi-Fi
Key points:
- Designed for residential self-consumption systems, this 6000W hybrid inverter enables efficient transfer between energy generation, storage, and consumption.
- Equipped with 2 MPPTs, it maximizes energy efficiency even in variable solar irradiation conditions.
- Operates on a wide voltage range of 70-550V, ideal for versatile setups.
- It integrates WiFi connectivity that facilitates configuration, monitoring and remote management from anywhere.
- Supports charge/discharge currents of up to 16A, optimizing speed when using compatible batteries.
Technical description:
The SolaX Power X1-Hybrid-6.0-D G4 hybrid inverter is an industry-leading solution for residential installations seeking to maximize energy efficiency. Thanks to its hybrid capability, it allows for intelligent management of generated energy, storing it in batteries or directly supplying consumption. This model features an advanced 2 MPPT (maximum power point tracker) design, guaranteeing optimal performance in installations with multiple solar strings. Ideal for diverse climates, it operates with wide voltage ranges that ensure adaptability to a wide variety of photovoltaic panels. Its built-in Wi-Fi allows the user to monitor the system in real time, with reports and data history accessible from the official SolaX app.
Technical specifications:
**Performance**:
- Nominal power: 6000W
- Input voltage range: 70-550V
- Maximum charge/discharge current: 16A
- MPPT Technology: 2 trackers
**Connectivity Features**:
- Includes integrated WiFi module
- Support for remote monitoring with online platform
**Construction**:
- Compatible with lithium-ion and latest generation batteries certified by the manufacturer
- Advanced surge protection
**Certifications**:
- Regulatory compliance according to the electrical safety and quality guidelines of the European market (CE)
This hybrid inverter is designed for the present and future of self-consumption, allowing for greater energy independence and reducing long-term costs.