Output Power:Up to 1 MW
Operating Efficiency:98%
Wind Speed Range:3 – 25 m/s
Environmental Compatibility:IP65 rated for outdoor use
Weight:500 kg
Dimensions (LxWxH):2000 x 800 x 2000 mm
Maximum Ambient Temperature:+40°C
Minimum Ambient Temperature:-10°C
Input Voltage Range:500 – 690 V AC
Output Voltage:400 V AC
The ABB CRAWBAR ACBU-A1 Active Wind Power Converter is engineered to optimize the performance of wind energy systems, providing unparalleled reliability and efficiency in converting the kinetic energy generated by wind turbines into stable electrical power. This innovative solution ensures seamless integration into various grid networks, enhancing the overall sustainability and reliability of renewable energy projects.
Featuring advanced semiconductor technology, the ACBU-A1 converter boasts exceptional power conversion efficiency, reducing energy losses during transmission and improving overall system performance. Its wide input voltage range accommodates diverse wind turbine outputs, ensuring consistent power generation across varying environmental conditions.
Designed with durability in mind, the ACBU-A1 withstands extreme temperatures ranging from -20°C to +60°C, making it suitable for deployment in a wide range of geographical locations. The compact yet robust construction, along with its IP65 rating, guarantees protection against dust and water ingress, ensuring maintenance-free operation even in harsh outdoor environments.
Ease of integration is a key feature of the ABB CRAWBAR ACBU-A1, allowing for quick installation and minimal downtime. Its modular design facilitates easy expansion or upgrade, catering to growing energy demands without the need for extensive system modifications. This flexibility makes it an ideal choice for both new installations and retrofit projects.
To ensure optimal performance and longevity, the ACBU-A1 Active Wind Power Converter comes equipped with advanced monitoring and diagnostics tools. These features enable remote system management and predictive maintenance, minimizing operational disruptions and maximizing the lifespan of the wind energy system.
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