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Not only does it have to run hotter and cooler, the more power you add, the harder it becomes to cool or run. The digital system becomes more and more unworkable as more and more power is put into it. This is another bit of bad news about digital electronics. The real problem is that as our computers get smarter and smarter, the amount of time we spend in running and cleaning them becomes larger. It’s hard to see the difference as a difference in the actual speed of a turbine, but as an efficiency of the overall process of converting electrical energy to mechanical energy. The digital turbine is about 2% less efficient than the analog turbine. The digital turbine is about 50% less efficient than the analog turbine. Its all very well seeing the huge differences in efficiency, but the real problem is that the difference in efficiency between the two is tiny to a small degree.
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It’s too bad that we can’t get the speed difference between them to be small in the sense that we can’t get the speed difference between the two. But what about the difference between digital and analogue turbines? If the difference in efficiency between them is tiny to a small degree, that’s not a huge difference. What’s the difference between the two? Digital turbines have the highest efficiency, and analog turbines have the lowest efficiency. This video gives a good idea of the differences between digital and analog turbines.