The fundamental principles governing wind energy conversion, including the power equation and the Betz limit, are explained to establish a theoretical foundation. The chapter further delineates the key components of modern horizontal- and vertical-axis wind turbines, such as rotor blades,...

This chapter examine the technological, environmental, socioeconomic, and governance dimensions of wind energy and its role in the global shift toward low-carbon systems. As nations pursue Paris Agreement and Net-Zero goals, wind power has become a central renewable source due to its low cost,...

The modern power grid is progressively being released from traditional plants in response to environmental concerns. This is possible due to advanced technologies in managing and controlling renewable energy resources, which enable these to participate in complex power systems. Wind and solar PV...

Rapid global expansion of wind energy both onshore and offshore has transformed wind farms into highly digitalized, data-driven infrastructures. While digitalization enhances efficiency, predictive maintenance, and market integration, it also amplifies exposure to cyber threats. This chapter...

Wind energy is a natural source of energy which is renewable in nature and eco-friendly in nature if used properly. However, in the recent centuries, humans used non-renewable energies for their development and support urbanization, which was a harmful decision in the long run. In the recent...

This chapter explores artificial intelligence's transformative impact on wind energy, addressing intermittency challenges to enhance reliability, market integration, and trading efficiency. As wind power expands to meet decarbonization goals, supplying over one-third of global electricity by...

A significant logistical challenge inherent to wind energy is that the most abundant and consistent wind resources are frequently situated in remote, inaccessible areas, such as deep offshore locations or isolated plains, far from the urban centers that constitute primary electricity load...