Fluid Power: Paving the way for renewable

26 November, 2024

However, it is worth noting that newer wind turbine models, particularly onshore turbines, are increasingly adopting electromechanical systems instead of hydraulic ones for pitch control. This shift is driven by the need for improved efficiency and reliability in turbine operations. While hydraulics remain important, particularly in harsh offshore environments, their role may evolve as the industry continues to develop more efficient alternatives.

Looking ahead

The integration of fluid power systems with renewable energy is a complex, ongoing process that involves overcoming significant technical and economic barriers. While the use of renewable energy to power hydraulic and pneumatic systems is theoretically possible, practical challenges, such as the intermittent nature of renewable power and the need for reliable energy storage, must be addressed.

Nevertheless, the future of fluid power in renewable energy looks promising. Ongoing technological advancements - such as the development of more efficient hydraulic components, biodegradable fluids, and digital technologies - are making fluid power systems more compatible with the needs of a sustainable energy future. As industries continue to embrace renewable energy, fluid power systems will need to become more efficient, flexible, and environmentally friendly to remain a key player in industrial applications.

While significant challenges remain, the evolution of fluid power systems is crucial in the broader transition to renewable energy. With continued innovation, these systems can play a vital role in supporting industries that rely on high power density and precision control, all while reducing their environmental impact. By improving efficiency, embracing digitalisation, and adopting greener practices, fluid power technology can bridge the gap between conventional industrial power and a more sustainable, renewable energy future