Task 1 IELTS - Design for a wind turbine and determining the location
The diagrams describe how a turbine can produce electricity from renewable energy, namely wind and where the most potential places to install the turbine. Uniquely, there are four main-parts can support that. Overall, it can be seen that the great places to put the machine is in the highest location.
To begin, turbine consists of steel tower, blades, generator and wind sensor. Steel tower has function to shore up all of the above equipment while the three blades which is made from fibreglass or wood. If there is wind, it can spin that. The next tool is wind sensor which aims to manage speed and direction. If the minimum limit of speed is fulfilled, the generator will gain output of electricity, but the amount of value depends on the wind velocity.
Regarding to the best position for installing a wind turbine, it can be spotted in the landscape, yet it is not optimal because of low wind flowing. This just generates 100 kilowatts of electricity, and another option is placed in the level of the sea. Meanwhile the height of the turbine is expected higher than in unspoiled terrain, the result still not optimum. However, the most fitting area to produce maximum electricity is in the plateau zone, where this is a place can be passed by maximum wind strengths and resulting 1.5 megawatts.
The diagrams describe how a turbine can produce electricity from renewable energy, namely wind and where the most potential places to install the turbine. Uniquely, there are four main-parts can support that. Overall, it can be seen that the great places to put the machine is in the highest location.
To begin, turbine consists of steel tower, blades, generator and wind sensor. Steel tower has function to shore up all of the above equipment while the three blades which is made from fibreglass or wood. If there is wind, it can spin that. The next tool is wind sensor which aims to manage speed and direction. If the minimum limit of speed is fulfilled, the generator will gain output of electricity, but the amount of value depends on the wind velocity.
Regarding to the best position for installing a wind turbine, it can be spotted in the landscape, yet it is not optimal because of low wind flowing. This just generates 100 kilowatts of electricity, and another option is placed in the level of the sea. Meanwhile the height of the turbine is expected higher than in unspoiled terrain, the result still not optimum. However, the most fitting area to produce maximum electricity is in the plateau zone, where this is a place can be passed by maximum wind strengths and resulting 1.5 megawatts.
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