Ray Transmission Efficiency (Upgrade): Difference between revisions

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Ray Transmission Efficiency

Lv1

edit

Unlocks:

-10% solar ray energy dissipation

Research Consumption

600

Data Volume
54.0k Hashes

Reduce the energy dissipation in the solar ray transmission process to improve transmitting efficiency.

Summary

Levels

Level	Resource Consumption					Hashes	Unlocks	Cumulative Effect	Total
1	600	600	600			54.0k	-10% solar ray energy dissipation.	-7% solar ray energy dissipation.	Solar ray energy dissipation = 63%
2	800	800	800			144k	-10% solar ray energy dissipation.	-13.3% solar ray energy dissipation.	Solar ray energy dissipation = 56.7%
3	1000	1000	1000			180k	-10% solar ray energy dissipation.	-18.97% solar ray energy dissipation.	Solar ray energy dissipation = 45.93%
4	1200	1200	1200	1200		360k	-10% solar ray energy dissipation.	-28.66% solar ray energy dissipation.	Solar ray energy dissipation ≈ 41.33%
5	1400	1400	1400	1400		420k	-10% solar ray energy dissipation.	-32.8% solar ray energy dissipation.	Solar ray energy dissipation ≈ 37.2%
6	1600	1600	1600	1600	1600	480k	-10% solar ray energy dissipation.	-38.6% solar ray energy dissipation.	Solar ray energy dissipation ≈ 31.62%
7	1800	1800	1800	1800	1800	1.62M	-15% solar ray energy dissipation.	-43.12% solar ray energy dissipation.	Solar ray energy dissipation ≈ 26.88%
8→∞	2000 × `(LVL-7)`					1.80M	-15% solar ray energy dissipation.		Solar ray energy dissipation ≈ `26.88*(0.85^(LVL-7))`%

Prerequisite Technologies

Ray Receiver technology is required to research level 1.

@@ Line 78: / Line 78: @@
 |<nowiki>-</nowiki>15% solar ray energy dissipation.
 |
-|Solar ray energy dissipation ≈ 26.88*(0.85^(LVL-7))%
+|Solar ray energy dissipation ≈ <code>26.88*(0.85^(LVL-7))</code>%
 |}