The 2000W 48V 3-Phase AC Wind Power Grid-Tie Inverter is designed to convert energy from compatible 3-phase AC wind generators into clean AC power for grid feed-in systems. Equipped with a limiter sensor and built-in dump load controller, this inverter supports controlled, efficient and protected wind energy conversion.
With VDE certification, pure sine wave output and integrated protection functions, the system is engineered for reliable grid-connected wind power operation when installed according to the correct electrical requirements.
This inverter is designed for direct connection to compatible 48V 3-phase AC wind generators within the required voltage range. The integrated MPPT function helps optimise the energy conversion process, while the built-in dump load controller helps regulate turbine voltage and protect the system in strong wind conditions.
Important: DC power input is not permitted. This inverter must be used only with compatible AC wind generator output according to the technical specifications.
2000W grid-tie wind inverter
Designed for compatible 48V 3-phase AC wind generators
Includes limiter sensor
Built-in dump load controller
VDE-certified system design
Pure sine wave AC output
MPPT efficiency up to 99%
Peak output efficiency up to 92%
Power factor: 0.99
Supports AC-side parallel connection
Island protection
Overcurrent protection
Overtemperature protection
Reverse polarity protection
Short-circuit / overload protection
Stackable system design
Optional WiFi communication with additional module
Each inverter is factory tested before dispatch
The built-in dump load controller is designed to help maintain wind turbine voltage within the inverter’s rated operating range. When wind conditions become too strong and the dump load system can no longer maintain safe voltage levels, the controller can disconnect from the wind turbine to protect the inverter and connected system.
This helps improve operational safety and supports stable long-term performance.
The included limiter sensor helps monitor power flow and supports controlled feed-in behaviour depending on the installation setup. Correct installation and configuration are essential for safe and compliant operation.
Grid connection requirements may vary by country or region. Installation must comply with local electrical regulations.
