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If a windmill farm has to be set up, setting up it near a coastal area seems like a good idea. What could be the main reason behind this?
No water scarcity
Heavily populated
Land and sea breezes
Chances of storms
Land and sea breezes
Windmill farms are best situated in coastal areas because of the diurnal heating and cooling differences between land and water, which create consistent sea and land breezes. These pressure gradients ensure a steady and reliable flow of wind, which is crucial for the continuous rotation of wind turbine blades.
Windmill farms are best situated in coastal areas because of the diurnal heating and cooling differences between land and water, which create consistent sea and land breezes. These pressure gradients ensure a steady and reliable flow of wind, which is crucial for the continuous rotation of wind turbine blades.
Geography: Wind circulation patterns are driven by the Coriolis effect and pressure gradients caused by differential heating, fundamental to global atmospheric circulation.
Sea breeze occurs during the day when land heats up faster than water, drawing cool air from the sea.
Land breeze occurs at night when land cools faster than the sea, forcing air from land to sea.
Wind energy efficiency is directly proportional to the cube of wind speed; steady winds are prioritized over intermittent gusts.
Coastal winds provide a higher capacity utilization factor compared to inland areas with obstructed terrain.
India has a massive coastline of approximately 7,516 km, offering vast potential for offshore wind energy development.
Option A (Water scarcity) is irrelevant to wind generation; Option B (Population) is a negative factor due to zoning laws; Option D (Storms) is actually a disadvantage as extreme wind speeds can damage turbines.
Tamil Nadu and Gujarat are leading states in India for installed wind power capacity due to their extensive coastlines.
C is correct тАФ Land and sea breezes provide the consistent wind flow necessary for maximizing windmill energy production.
Link this concept to the National Wind-Solar Hybrid Policy of 2018; coastal areas often provide optimal conditions for both, minimizing transmission losses in power grids.
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