Metal sheet fabrication is involved in manufacturing turbine components such as turbine blades, vanes, and casings. These components are critical for the efficient conversion of energy in power generation systems.

Metal fabrication techniques are used to produce heat exchangers, which are vital for transferring heat between fluid streams in power plants. Metal sheets are shaped and welded to create the heat exchange surfaces and channels.

Metal sheet fabrication is employed to manufacture frames for solar panels. These frames provide structural support and stability for the solar modules, allowing them to withstand environmental conditions and maximize energy capture.

Metal fabrication is utilized in creating housings and enclosures for generators. These structures provide protection and support for the internal components of the generator, ensuring safe and efficient power generation.

Metal sheet fabrication is involved in the production of transmission line towers used in power distribution. These towers are designed to support overhead power lines, ensuring the reliable and efficient transmission of electricity.

Metal fabrication techniques are used to manufacture various components of transformers, including tank enclosures, core clamps, and cooling fins. These components facilitate the efficient transformation and distribution of electrical energy.

Metal sheet fabrication is employed in the manufacturing of components for boilers and pressure vessels used in power plants. These components ensure the safe containment and transfer of high-pressure fluids and steam.

Metal fabrication is utilized to create ducting systems and pipework for the conveyance of fluids and gases within power generation facilities. These systems play a crucial role in the efficient and controlled transport of media.