What is the communication technology used in wind turbines?

Figure 2: Real time, noise and EMI-resistant fiber optic communication technology is used for wind turbine power generation, control and communications subsystems.

Are fiber optic links suitable for a wind farm?

Fiber optic links are well suited for a wind farm environment, making them the best choice for sending data and control signals from individual wind turbines to the central monitoring station.

Which technology is used for wind turbine power generation & control subsystems?

Fiber optic communication technology is used for wind turbine power generation, control, and communications subsystems. This technology is real-time, noise-resistant, and immune to electromagnetic interference (EMI).

Do wind turbines need optical fiber?

Wind turbines benefit from using optical fiber for communication links inside the nacelle and between turbines. Fiber-based communication links are immune to crosstalk from power cables, making them a suitable choice for wind farms. As shown in Figure 3, fiber cables are often used alongside power carrying conduits.

How do wind turbines work?

Wind turbines generate electricity by converting the kinetic energy from the wind into rotational energy. Unlike conventional electricity generating facilities, wind turbines operate outdoors and in regions with extreme temperatures, corrosive spray, dust, lightning strikes, snow, and rain.

Why do wind turbines have high noise and electromagnetic interference?

Wind turbines, operating in rugged environments, generate high levels of noise and electromagnetic interference (EMI) inside the nacelle due to various components like motors, solenoids, power lines, inverters, and generators.