Hangzhi Hassasiyeti will participate in the CWP2024 exhibition from October 16th to 18th. Welcome to visit our booth.
As the global energy structure continues to transform towards green and sustainable development, wind power, as a clean and renewable energy source, has firmly occupied an important position in the global energy system. However, the operating environment of wind power systems is complex and changeable, and the rapid development of wind power technology continues to pose new challenges to the stable and efficient operation of the system.
In order to ensure that the wind power system can operate efficiently and stably, accurate monitoring and effective control of current are particularly critical. As a crucial detection element in this process, the performance and reliability of current sensors are directly related to the overall operating efficiency and stability of wind power systems. Therefore, the use of high-precision and high-reliability current sensors to monitor and accurately control the current in wind power systems in real time has become an indispensable technical means to ensure the stable and efficient operation of wind power systems.
Application of AIT series high-precision current sensors in wind turbine testing
With the development of wind power generation technology, the power of wind turbines has continued to increase. At present, the output current of high-power generators can reach hundreds of amperes or even higher. In this case, traditional current measurement technology is difficult to meet the needs in terms of accuracy, response speed, linearity, etc. Accurate measurement of large currents is of great significance for performance evaluation, efficiency calculation, fault diagnosis, system optimization, etc. of wind turbines. Hangzhi high-precision current sensors have the characteristics of large current measurement capability, high-precision measurement, fast response capability, anti-interference ability, safety, high reliability, etc., which can meet the accurate measurement needs of large currents and ensure that the wind turbine test bench can accurately measure and monitor the system current.
- Yüksek hassasiyet: 10ppm/50ppm.
- Range of current measurement: 1A~10000A optional.
- Tam aralık: 10%-100% accuracy of a single product remains consistent.
- Low temperature drift: good consistency, temperature influence, 0.1PPM/degree.
- Broadband: up to 500kHz@±3dB.
- Tepki Süresi: 1μs
- Stability: 0.2ppm/month.
- AC/DC universal: can measure AC, DC, pulse current.
- Zeki: load start overload protection, self-recovery.
Application of HIT Series Current Sensors in Wind Power System Converters
The electricity generated by wind power needs to be safely delivered to the grid, which means that continuous power needs to be provided at a controlled frequency and voltage. Hangzhi HIT Series Current Sensors enable optimal control and protection of AC/DC (AC/DC) converters to power the grid.
- Range of current measurement: 1-3000A.
- Yüksek hassasiyet: 0.05%.
- Bandwidth: 100kHz.
- Tam aralık: 10%-100% accuracy of a single product remains consistent.
- Low zero drift: 20ppm.
- Low temperature drift: good consistency, temperature effect, 0.1PPM/degree.
- Universal AC and DC: can measure AC, DC, pulse current.
- Zeki: overload protection when starting with load, self-recovery.
Hangzhi high-precision current sensor, with its excellent detection performance, ensures the stable and efficient operation of wind power systems and helps clean energy to move forward steadily. The company sincerely looks forward to meeting you at the exhibition to discuss the cutting-edge trends of wind power technology and jointly promote the innovative development of the industry!
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