Multi-media integrated rotary transmission: Application of JINPAT slip rings in wind power equipment

Reliable energy and data transmission are crucial to the core operation of wind power systems. JINPAT LPPG gas-liquid series slip rings, with their innovative design and robust manufacturing process, provide highly integrated rotary connection solutions for wind power equipment, particularly suitable for the complex environments of the Middle East characterized by high temperatures and frequent sandstorms.

1. Multi-channel integration, simplified system

JINPAT LPPG slip rings can simultaneously transmit gas (compressed air, vacuum), liquid (hydraulic oil, coolant, chemicals), electrical, and data signals (Ethernet, USB, sensors) through a single rotating interface. This high degree of integration simplifies internal wiring, reduces external piping, and improves overall system reliability. It is ideal for modern wind turbines requiring integrated pitch control, cooling, and data transmission.

2. High sealing and durability for harsh environments

These slip rings feature a balanced seal design that minimizes seal wear, ensuring stable, long-term operation. The seals are made from imported or specialized corrosion-resistant materials, offering excellent resistance to aging, high temperatures, and high pressures. Even in extreme desert environments with high temperatures, UV radiation, and dust, they effectively prevent internal leaks, extending maintenance intervals and service life.

3. Safe and environmentally friendly design

The slip rings feature a return-flow drain hole. This feature safely contains and redirects the medium in the event of internal anomalies, preventing environmental leakage. This not only protects the internal components of the turbine, but also reflects the wind power industry's commitment to operational safety, environmental protection, and sustainable development.

JINPAT LPPG slip rings, through the aforementioned technical features, provide the wind power industry with a compact, reliable, and easy-to-maintain rotary transmission solution, helping wind turbines achieve more efficient and longer-lasting stable power generation in the Gulf region and other harsh natural conditions.