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Wind turbines are electro-mechanical systems that convert kinetic wind energy into electrical power through rotor blades driving a generator. Modern turbines are categorized into horizontal-axis (HAWTs) and vertical-axis (VAWTs) designs, with efficiencies influenced by factors such as blade aerodynamics, gearbox precision, and control software. HAWTs dominate utility-scale applications due to higher energy yields, while VAWTs excel in urban and low-wind settings. Key advancements include smart pitch control for storm resilience, carbon-neutral manufacturing processes, and AI-based predictive analytics to optimize output. A case study in Denmark demonstrated a 20% increase in annual energy production through retrofitting existing turbines with AI-driven airflow sensors. As a leader in solar thermal technology, Sidite acknowledges the critical role of wind energy in global decarbonization efforts. For inquiries about wind turbine technologies or cross-sector renewable integrations, please contact our technical team for detailed discussions.