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The image depicts a process diagram illustrating the use of coal to generate electricity, initiating with coal being fed into a pulverizer, transferring the pulverized coal into a furnace where it undergoes combustion; the heat produced enters a boiler appearing as a cylindrical structure, subsequently converting water into steam, which is then directed towards a turbine, causing it to spin; this rotational motion is transferred to a generator adjacent to the turbine that converts the mechanical energy into electrical energy; the electricity produced is subsequently routed to a transformer, depicted downstream, which adjusts voltage levels before the electricity is finally transmitted via power lines.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates the process by which coal is converted into electricity.
Overall, it is cleaк that, it is a step by step process of how coal is used as a fuel to source generate electricity.
Firstly, the coal goes to a pulverizer to be squeezed, then it is transported to a furnace. In the furnace, it is used as fuel; the coal is burnt, and it produces steam which circles a turbine. When the turbine is circling, it generates warmth which needs freezing, and this action is done by a cooler. The accumulation of a lot of temperature can turn out to be an explosion.
After this, the turbine gives heat to the generator to generate energy. The energy is produced by the generator with physical activity. The next action is to transfer energy to an electro station; for this, it is often supported by a transformer. A transformer helps to move electrodes when they are so far from the station. Eventually, the power lines continue to work with the transformer, and then it transports energy for humans.
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