Open Source Electric Generator Calculations: Difference between revisions
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(Created page with "=Efficiency= To understand motor efficiency, it is important to understand the distinction between theoretical and practical efficiency. There is a subtle difference here, who...") |
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=Efficiency= | =Efficiency= | ||
To understand motor efficiency, it is important to understand the distinction between theoretical and practical efficiency. There is a subtle difference here, whose implications are significant for achieving industrial productivity on a small scale. The point is: what matters is the efficiency of using a force input (for conversion from mechanical to electical energy). It is important to understand what matters and what does not matter - from the viewpoint of achieving effective industrial productivity for a [[ | To understand motor efficiency, it is important to understand the distinction between theoretical and practical efficiency. There is a subtle difference here, whose implications are significant for achieving industrial productivity on a small scale. The point is: what matters is the efficiency of using a force input (for conversion from mechanical to electical energy). It is important to understand what matters and what does not matter - from the viewpoint of achieving effective industrial productivity for a [[Regenerative]] civilization. | ||
Theoretical efficiency involves efficiency compared to a theoretical maximum for a given permanent magnet. | Theoretical efficiency involves efficiency compared to a theoretical maximum for a given permanent magnet. | ||
Revision as of 12:27, 26 April 2020
Efficiency
To understand motor efficiency, it is important to understand the distinction between theoretical and practical efficiency. There is a subtle difference here, whose implications are significant for achieving industrial productivity on a small scale. The point is: what matters is the efficiency of using a force input (for conversion from mechanical to electical energy). It is important to understand what matters and what does not matter - from the viewpoint of achieving effective industrial productivity for a Regenerative civilization.
Theoretical efficiency involves efficiency compared to a theoretical maximum for a given permanent magnet.