I was just thinking if we could build such a network there could be a better distribution of solar power as suns intensity is different at different time of the day.
Dear Islam,
The most suitable power transmission for long distance is by using super high voltage DC transmission. In such transmission the voltage drop will be reduced and the power losses will be minimized.
Otherwise as Artur hinted one generates solar hydrogen and then one can transmit it for long distances using pipes.
Best wishes
that is the big struggle between two approaches the distributed generation or the large electrical network, each one of them has advantages and disadvantages. there are many examples of the two approach in the world and both of sytem are employed today. your vision is logical but you need at least twelve hours fron one to another extreme of your network for give a chance to the solar energy all the time. may be the political issues are more complex than the geographic or even the budgets
Dear Islam,
The most suitable power transmission for long distance is by using super high voltage DC transmission. In such transmission the voltage drop will be reduced and the power losses will be minimized.
Otherwise as Artur hinted one generates solar hydrogen and then one can transmit it for long distances using pipes.
Best wishes
Dear Islam,
The most suitable power transmission for long distance is by using super high voltage DC transmission. In such transmission the voltage drop will be reduced and the power losses will be minimized.
Otherwise as Artur hinted one generates solar hydrogen and then one can transmit it for long distances using pipes.
Best wishes
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