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Timeline of creation of wind turbine
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Kenny NGUYEN
⟶ Actualizado 20 oct 2018 ⟶
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The Dutch used windmills to crush grains and harvest water. Among the first to use a horizontal axis design which allows for stronger and faster rotations
Materials used to construct the windmill include bricks, stone and wood however the actual fan would mostly be built with wood as it was more accessible and easier to build with
WIndmills would be constructed with a small body and small fan. It would often consist of a small cyclindrical body where the water or grains would be stored and a fan attached to the outside
Professor James Blyth built the first windmill to produce eletricity
The design consisted of a vertical axle and cup-like structures to catch the wind which he used to power home. The design was able to power his home for over 20 years
He constructed 3 windmills subsequently all of which were constructed with the same design of 4 cups surrounding a vertical axle however they varied in size. His windmills were constructed of wooden cup like designs which surrounded a battery which would store the accumulated energy
George Darrieus a frenchman invented the Darrieus Turbine which has been given the nickname "eggbeater windmill". The design was the first vertical axis wind turbine and was given the nickname because of its 2-3 blade design shaped like an eggbeater which is still being used in wind turbines till this day
Wind turbines adopted steel blades boosting there efficiency as they were lighter whilst sitll being durablle
World's first megawatt sized wind turbine started operation in Vermont. Named the Smith-Putnam and towered 36 metres with two 20 metre long blades covered in a stainless steel skin
Blades on wind turbines adopted new materials like glass and carbon fibre which enabled the blades to be lighter and hence allowed for easier rotation and longer life span of the wind turbine. The carbon fibre still has a solid composition allowing protection from heat, rain and other environmental factors whilst decreasing the weight to length ratio
Smaller wind turbines have begun incorporating more aluminium based alloys into the wind turbine in an effort to make the turbines more efficient and lightweight
