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New Gas Mine
GE gas

Details:Edit

  • Gas is collected and then processed at the Gas Mine in your colony.
  • Gathered from gas deposits leading deep within your planet's core, gas is rare and upgrading your Gas Mine to increase production rate is recommened.
  • If your storage capacity is overwhelmed, gas production will temporarily cease.
  • Gas production vary linearly according to the planet temperature, so it is important to take the planet temperature into account when collecting the production figures.
  • Linear coefficient and origin value grows with the Gas Mine level, so that the temperature variation is much more important at high Gas Mine level.
  • Gas production is depended on your planet's location.
  • A planet closer to the star will get less gas production, while planets more far away will get a bonus to production.
  • Note the chat for production should be used as an estimate.
  • Your planets production will be 25% more or less depending on location.
  • Gas Mines in colder planets produce about 1 to 1.5 levels higher than warmer planets.
  • Gas is not required to build the Gas Mine.
  • With Galactonite, Official Rank and other variables the output per hour can not be accurately determined.


Level
GE metal icon
GE crystal icon

Output/Hr

GE energy

A.E.R*

 1 225 75 79 11 11
2 337 112 175 26 37
3 506 168 290 31 68
4 759 253 425 37 105
5 1,139 379 585 43 148
6 1,708 569 772 51 199
7 2,562 854 991 60 259
8 3,844 1,281 888 70 329
9 5,766 1,922 1,342 81 410
10 8,649 2,883 1,531 94 504
11 12,974 4,324 1,853 108 612
12 19,461 6,487 1,491 - 2,223 125 737
13 29,192 9,730 3,264 144 881
14 43,789 14,596 3,864 165 1,046
15 65,684 21,894 2,872 - 4,554 189 1,235
16 98,526 32,842 4,858 217 1,452
17 147,789 49,263 5,678 248 1,700
18 221,683 73,894 6,613 283 1,983
19 3325,25 110,841 7,756 322 2,305
20 498K 166K 8,892 2,690
21 748,182 249,394 417
22 1.12M 374K 3581
23 1.68M 561K 537 4118
24 2.52M 842K 608 4727
25 3.78M 1.26M 689
26 5.68M 1.89M
27 8.52M 2.84M
28 12.7M 4.26M
29 19.1M 6.39M
30 28.8M 9.58M
31 43.1M 14.3M
32 64.7M 21.6M
33 97.1M 32.4M
34 146M 48.5M
35 218M 72.8M
36 329M 109M
37 491M 164M 3264
38 737M 246M
39 1.11B 369M
40 1.66B 553M
41 2.49B 829M
42  3.73B 1.24B
43 5.60B 1.87B
44 8.40B  2.80B
45 12.6B 4.20B
46
47 28.3B 9.45B
48
49
50

Build / Upgrade TimeEdit

  • Accumulated Energy Requuirements
  • Rows: Goal Upgrade Level
  • Columns: Robotics Facility Level
  • Result: Upgrade Time
  • Note: Times recorded using a Commander Lv1. which confers a construction time -10%
Time for each Upgrade Level (U) for each Robotics Facility Level (R)
R0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
U1
2
3 3m 37s
4 5m 27s
5 8m 11s 2m 43s
6 12m 17s 4m 5s 3m 3s 2m 26s
7 18m 26s 3m 3s
8 27m 39s 13m 49s 9m 13s 6m 54s 5m 32s
9 8m 17s
10 12m 27s 7m 46s
11 18m 40s
12 28m 1s
13 42m 1s
14 1h 3m 2s
15 1h 34m 34s
16
17
18
19
20
21
22
23
24
25

FormulasEdit

Time to BuildEdit

The time to build formula is:
t=(1-d)\cdot \frac { A }{ (r+1) } \cdot { e }^{ B\cdot l }
with the following variables:
  • t = time [seconds]
  • d = Bonus Discount [%]
  • r = Robotics Facility Level
  • l = Upgrade Level
And the following constants
As derived from the following Equations:
Solve for B
B\quad =\quad \frac { \ln { \left( \frac { { t }_{ 2 }({ r }_{ 2 }+1)(1-{ d }_{ 1 }) }{ { t }_{ 1 }(1-{ d }_{ 2 })({ r }_{ 1 }+1) }  \right)  }  }{ \left( { l }_{ 2 }-{ l }_{ 1 } \right)  }
And Solve for Constant A
A=\frac { t(r+1) }{ { e }^{ Bl }(1-d) }



(Best Value as of Apr 25, 2014)
  • A = Constant = 71.2956607830762
  • B = Constant = 0.406140800737459