Ray Transmission Efficiency (Upgrade): Difference between revisions

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==Summary==
==Summary==
This upgrade effects the Ray Receiver when creating Power or Photons. (The Graviton Lens does not increase Photon production, but does effect Power production.)
Ray Transmission Efficiency can be upgraded an infinite number of times. At level 7 it will give you 81.03% Ray Receiving Efficiency. Upgrading it to level 40 will give you 99.91% Ray Receiving Efficiency.
This calculation comes from the following formula, Ray Receiving Efficiency = 1 - 0.6 * Solar ray basic energy dissipation. Where 0.6 is the factor for 100% continuous receiving.


==Levels==
==Levels==
{| class="wikitable" style="text-align:center; background-color:#0b161c
!Level
!Icon
!colspan="5"|Resource Consumption
!Hashes
!Unlocks
!Cumulative Effect
!Total
|-
|1
|{{TechIcon|Ray Transmission Efficiency|1}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=600}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=600}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=600}}|| ||
|54.0k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>7% solar ray energy dissipation.
|Solar ray energy dissipation = 63%
|-
|2
|{{TechIcon|Ray Transmission Efficiency|2}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=800}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=800}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=800}}|| ||
|144k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>13.3% solar ray energy dissipation.
|Solar ray energy dissipation = 56.7%
|-
|3
|{{TechIcon|Ray Transmission Efficiency|3}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=1000}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=1000}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=1000}}|| ||
|180k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>18.97% solar ray energy dissipation.
|Solar ray energy dissipation = 45.93%
|-
|4
|{{TechIcon|Ray Transmission Efficiency|4}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=1200}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=1200}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=1200}}||{{RecipeItem|ItemName=Information Matrix|ItemCount=1200}}||
|360k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>28.66% solar ray energy dissipation.
|Solar ray energy dissipation ≈ 41.33%
|-
|5
|{{TechIcon|Ray Transmission Efficiency|5}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=1400}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=1400}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=1400}}||{{RecipeItem|ItemName=Information Matrix|ItemCount=1400}}||
|420k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>32.8% solar ray energy dissipation.
|Solar ray energy dissipation ≈ 37.2%
|-
|6
|{{TechIcon|Ray Transmission Efficiency|6}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=1600}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=1600}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=1600}}||{{RecipeItem|ItemName=Information Matrix|ItemCount=1600}}||{{RecipeItem|ItemName=Gravity Matrix|ItemCount=1600}}
|480k
|<nowiki>-</nowiki>10% solar ray energy dissipation.
|<nowiki>-</nowiki>38.6% solar ray energy dissipation.
|Solar ray energy dissipation ≈ 31.62%
|-
|7
|{{TechIcon|Ray Transmission Efficiency|7}}
|{{RecipeItem|ItemName=Electromagnetic Matrix|ItemCount=1800}}||{{RecipeItem|ItemName=Energy Matrix|ItemCount=1800}}||{{RecipeItem|ItemName=Structure Matrix|ItemCount=1800}}||{{RecipeItem|ItemName=Information Matrix|ItemCount=1800}}||{{RecipeItem|ItemName=Gravity Matrix|ItemCount=1800}}
|1.62M
|<nowiki>-</nowiki>15% solar ray energy dissipation.
|<nowiki>-</nowiki>43.12% solar ray energy dissipation.
|Solar ray energy dissipation ≈ 26.88%
|-
|8→∞
|{{TechIcon|Ray Transmission Efficiency|8}}
|colspan="5"|{{RecipeItem|ItemName=Universe Matrix|ItemCount=2000}} {{x}} <code>(LVL-7)</code>
|900 / {{RecipeItem|ItemName=Universe Matrix|ItemCount=1}}
|<nowiki>-</nowiki>15% solar ray energy dissipation.
|
|Solar ray energy dissipation ≈ <code>26.88*(0.85^(LVL-7))</code>%
|}


==Prerequisite Technologies==
==Prerequisite Technologies==
[[Ray Receiver (Tech)|Ray Receiver]] technology is required to research level 1.




{{Tech Navbox}}
{{Tech Navbox}}
[[Category:Upgrade]]
[[Category:Upgrade]]

Latest revision as of 17:34, 9 August 2022

Ray Transmission Efficiency
Lv1
Tech Ray Transmission Efficiency 1.png
Unlocks:
-10% solar ray energy dissipation
Research Consumption
Icon Electromagnetic Matrix.png
600
Icon Energy Matrix.png
600
Icon Structure Matrix.png
600
Data Volume
54.0k Hashes

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

Summary

This upgrade effects the Ray Receiver when creating Power or Photons. (The Graviton Lens does not increase Photon production, but does effect Power production.)

Ray Transmission Efficiency can be upgraded an infinite number of times. At level 7 it will give you 81.03% Ray Receiving Efficiency. Upgrading it to level 40 will give you 99.91% Ray Receiving Efficiency.

This calculation comes from the following formula, Ray Receiving Efficiency = 1 - 0.6 * Solar ray basic energy dissipation. Where 0.6 is the factor for 100% continuous receiving.

Levels

Level Icon Resource Consumption Hashes Unlocks Cumulative Effect Total
1
Tech Ray Transmission Efficiency 1.png
Icon Electromagnetic Matrix.png
600
Icon Energy Matrix.png
600
Icon Structure Matrix.png
600
54.0k -10% solar ray energy dissipation. -7% solar ray energy dissipation. Solar ray energy dissipation = 63%
2
Tech Ray Transmission Efficiency 2.png
Icon Electromagnetic Matrix.png
800
Icon Energy Matrix.png
800
Icon Structure Matrix.png
800
144k -10% solar ray energy dissipation. -13.3% solar ray energy dissipation. Solar ray energy dissipation = 56.7%
3
Tech Ray Transmission Efficiency 3.png
Icon Electromagnetic Matrix.png
1000
Icon Energy Matrix.png
1000
Icon Structure Matrix.png
1000
180k -10% solar ray energy dissipation. -18.97% solar ray energy dissipation. Solar ray energy dissipation = 45.93%
4
Tech Ray Transmission Efficiency 4.png
Icon Electromagnetic Matrix.png
1200
Icon Energy Matrix.png
1200
Icon Structure Matrix.png
1200
Icon Information Matrix.png
1200
360k -10% solar ray energy dissipation. -28.66% solar ray energy dissipation. Solar ray energy dissipation ≈ 41.33%
5
Tech Ray Transmission Efficiency 5.png
Icon Electromagnetic Matrix.png
1400
Icon Energy Matrix.png
1400
Icon Structure Matrix.png
1400
Icon Information Matrix.png
1400
420k -10% solar ray energy dissipation. -32.8% solar ray energy dissipation. Solar ray energy dissipation ≈ 37.2%
6
Tech Ray Transmission Efficiency 6.png
Icon Electromagnetic Matrix.png
1600
Icon Energy Matrix.png
1600
Icon Structure Matrix.png
1600
Icon Information Matrix.png
1600
Icon Gravity Matrix.png
1600
480k -10% solar ray energy dissipation. -38.6% solar ray energy dissipation. Solar ray energy dissipation ≈ 31.62%
7
Tech Ray Transmission Efficiency 7.png
Icon Electromagnetic Matrix.png
1800
Icon Energy Matrix.png
1800
Icon Structure Matrix.png
1800
Icon Information Matrix.png
1800
Icon Gravity Matrix.png
1800
1.62M -15% solar ray energy dissipation. -43.12% solar ray energy dissipation. Solar ray energy dissipation ≈ 26.88%
8→∞
Tech Ray Transmission Efficiency 8.png
Icon Universe Matrix.png
2000
× (LVL-7)
900 /
Icon Universe Matrix.png
1
-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.


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