Knox Axpert Max II 11K Twin Off Grid Inverter
- Built-In Wifi for Online Monitoring
- Durability and Protection with IP21 Rating
- Dual Output for Smart & Heavy Load
- Batteryless Operation
- Battery Management System
- Parallel Operations up to 6 Units
Details
The Knox Axpert Max II 11K IP21 Off-grid Inverter is a high-performance energy solution designed for efficient power management. Featuring dual outputs for smart load distribution, a wide PV input voltage range of 90VDC to 450VDC, and a maximum PV input current of 27A, it ensures seamless solar energy integration. The inverter is equipped with built-in Wi-Fi for mobile monitoring via Android/iOS apps, and RGB status lights for intuitive performance tracking.
It also supports USB On-the-Go functionality and has a reserved communication port for BMS integration, ensuring smooth operation with other systems. With a replaceable fan for easy maintenance, a battery-independent design, and compatibility with utility mains or generator input, this inverter offers reliability and flexibility. Parallel operation with up to 6 units allows for scalable energy solutions, making it suitable for a variety of applications.
Key Features
Reliability
The Knox Axpert Max II 11K IP21 Inverter ensures reliable off-grid power management with dual outputs for smart load distribution and a wide PV input voltage range of 90VDC to 450VDC. Its battery-independent design provides continuous energy flow, even without a battery, while compatibility with utility mains or generator input ensures power backup when needed. The inverter’s replaceable fan and anti-dust kit further enhance reliability by simplifying maintenance and ensuring long-lasting performance in various environmental conditions.
Scalability
Offering parallel operation with up to 6 units, the Knox Axpert Max II 11K Off-Grid Inverter provides flexible and scalable energy solutions for growing power needs. Whether used in residential, commercial, or industrial setups, the inverter allows easy system expansion as energy demands increase. This scalability ensures that users can adapt their systems over time without compromising on efficiency, making it an ideal choice for diverse off-grid energy applications.
