Axpert Ultra Off-Grid Inverter | 11 kW | 48 V | High Efficiency | Compact Design
Key points:
1. It offers an output capacity of 11 kW, ideal for isolated photovoltaic systems with high energy demands.
2. Designed to work with 48V battery banks, providing stable and long-lasting operation.
3. Withstands heavy loads thanks to its high continuous performance and excellent starting capacity.
4. Increases system efficiency by combining inverter, charger, and MPPT solar controller functions into a single compact unit.
5. Protect your facilities with comprehensive security systems, such as protection against overloads, short circuits, and over-discharges.
6. Compatible with multiple renewable energy sources and hybrid systems, ideal for off-grid applications.
Technical description:
The Axpert Ultra inverter is a state-of-the-art solution for off-grid or isolated power systems. With a rated capacity of 11 kW and compatibility with 48V battery banks, this inverter is designed to meet the most demanding needs of residential or commercial installations. Its hybrid configuration allows for combining different power sources, such as solar panels, generators, or the grid, adjusting to load and supply variations. To maximize energy efficiency, it includes an integrated MPPT solar charge controller, optimizing energy capture even in low-irradiation conditions.
The Axpert Ultra's compact and robust design offers ease of installation and maintenance, while its active cooling system ensures stable operation even in extreme climates. It meets international safety standards and is a reliable option for users who require long-term energy autonomy and cost reduction.
Technical specifications:
Performance
- Nominal power: 11 kW
- Input voltage (battery): 48V
Protection and certifications
- Overload and short circuit protection: Integrated
Additional features
- Integrated MPPT solar controller: Yes
- Compatible power sources: Solar, generator, grid power
Note : To ensure optimal performance, it is important to consult the manufacturer's manual and properly size the system according to the user's power requirements and local conditions.