Wind power slip ring, the key "joint" of wind power generation! Its exquisite construction enables accurate and stable transmission of power and signals during the continuous rotation of the fan. High strength wear-resistant materials are used to adapt to long-term high-speed operation and reduce maintenance frequency. The unique sealing design effectively blocks the invasion of dust and moisture to ensure normal operation in all kinds of bad weather. Whether it is offshore wind power generation or onshore wind power generation, this wind slip ring is a useful assistant to improve the efficiency and reliability of power generation.
SPT038-0722-12S Wind power slip ring is a high performance component specially designed for wind power generation systems.
It uses advanced manufacturing processes and high-quality materials, with excellent wear and corrosion resistance,
and can operate stably in harsh outdoor environments for long periods of time.
With 12 channels, this slip ring can simultaneously transmit a variety of power and signals to meet the needs of
complex wind turbine systems. Its unique structural design can effectively reduce friction and energy loss and improve transmission efficiency.
SPT038-0722-12S wind power slip ring also has good protection performance, can resist the influence of wind sand,
rain, high and low temperature and other extreme weather conditions.
Under the working state of high-speed rotation, it can still maintain stable performance to ensure the accurate and
uninterrupted transmission of power and signals, which provides a strong guarantee for the efficient and reliable operation of wind turbines.
Whether it is a large wind farm or a distributed wind power plant, the SPT038-0722-12S wind slip ring is the ideal choice for you
High stability: The use of advanced design and manufacturing processes to ensure stable operation in a variety of complex wind power environments,
reducing the incidence of failure.
Powerful transmission capacity: It can efficiently transmit a variety of power and signals at the same time to meet complex system requirements.
Low loss design: effectively reduce friction and energy losses, improve the efficiency of the entire wind power system, and reduce operating costs.
Excellent protection performance: with excellent dustproof, waterproof, corrosion resistance, adapt to harsh outdoor climate conditions.
High-speed rotation adaptability: When the fan is rotating at high speed, it can still maintain accurate and stable transmission performance without affecting the power generation efficiency.
Long life and durability: the selection of high-quality materials, through strict quality testing, has a long service life, reduce replacement and maintenance costs.
Good compatibility: It can be perfectly matched with many types of wind power equipment, easy to install and easy to integrate.
Strong anti-interference ability: effectively resist external electromagnetic interference, ensure the accuracy and reliability of signal transmission
Installation and maintenance
Installation: Follow the product manual for installation to ensure that each connection is secure.
Maintenance: Check the connection status of the slip ring regularly, keep it clean, and avoid foreign objects to hinder contact
JINPAT electronic professional slip ring manufacturer
JINPAT has strong technical strength, with more than 10,000 kinds of slip ring scheme drawing database, products sell well all over the world
Large wind farms: can provide stable power and signal transmission for megawatt wind turbines, ensure the normal operation of fans and data monitoring.
Offshore wind power platforms: Perform well in Marine environments with high humidity and salt spray, ensuring reliable operation of offshore wind turbines.
Wind power projects in remote areas: adapt to harsh natural conditions and complex power transmission needs to provide stable power supply to the local area.
Distributed wind power system: Efficient energy transmission and control signal transmission for small wind power plants in a distributed layout.
Wind power generation experimental base: for the development and testing of new fan technology, accurate recording and transmission of experimental data.
Intelligent wind power network: Help build intelligent wind power monitoring and management system to achieve remote control and data analysis.
Wind energy storage integration project: It plays a key role in the combination of wind power generation and energy storage system to ensure the smooth storage and release of energy.