– Thermoelectric facilities make up 75% of the world’s power plants, with water cooling increasing efficiency
– Turbine cooling systems are crucial for economic and consistent power plant operation
– Suppliers offer various turbine cooling systems, including indirect evaporative systems and liquid cooling for wind turbines
Thermoelectric facilities make up the majority of the world’s power plants, with water cooling playing a crucial role in protecting equipment and increasing overall power production efficiency. Turbine cooling systems are essential for ensuring power plants operate economically and consistently by cooling the hottest and most stressed parts as well as maintaining thermal stress levels.
Various types of turbine cooling systems, such as dry cooling, once-through systems, wet cooling towers, and hybrid cooling systems, are used in power plants. Power Technology lists leading suppliers of turbine cooling systems, including indirect evaporative turbine cooling systems, water-based turbine inlet cooling systems, and fully integrated chilling systems.
Wind turbine parts and electronic components also require cooling to prevent overheating and improve turbine lifespan. Fans and liquid cooling systems are commonly used for cooling wind turbine components such as generators and electronics. Different types of fans, including axial, radial, and centrifugal fans, are employed based on the specific turbine parts that need cooling. Overall, selecting the right turbine cooling system helps in reducing maintenance and operation costs while maximizing power output.