Wind power slip ring, wind power generation "smart link"! This slip ring is highly flexible and customizable, and can be optimized for different fan models and operating environments. Its efficient energy transmission efficiency minimizes energy loss and improves power generation efficiency. The carefully designed protective layer can effectively resist electromagnetic interference and ensure the accuracy of signal transmission. Choose it to make your wind power plant run more stable and efficient.
LPW000-0550-0716-18S-FO04N Wind power slip ring is an advanced product specially tailored for wind power generation systems.
The slip ring is made of high-quality materials with excellent mechanical strength and durability, which can adapt to
the long-term operation needs of wind power plants in complex environments.
It has 18 channels, which can simultaneously transmit rich power and signals, providing stable support for various functions of the fan.
In terms of electrical performance, it has extremely low contact resistance and excellent insulation performance, ensuring efficient,
stable and interfertion-free signal transmission, effectively reducing energy loss.
Its unique protective design can effectively block the intrusion of dust, moisture and other pollutants,
so that the slip ring can still operate reliably in bad weather conditions.
LPW000-0550-0716-18S-FO04N wind power slip ring also has good rotational balance and accuracy, and can maintain
a stable working state when the fan rotates at high speed, ensuring the overall performance and efficiency of the wind power generation system.
In addition, after strict quality testing and optimization design, the slip ring has a long service life and low maintenance needs,
providing a strong guarantee for the continuous and stable operation of wind power generation projects.
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.