ようこそゲストさん

EVE diary

POS考察(月掘り)

EVE

starbase Structures

  • Reactor Array
    • PG: 250000
    • CPU: 20000
  • Simple Reactor Array
    • 11M
    • Required Skill: Anchoring Lv2
    • PG: 125000
    • CPU: 1500
    • A simple reaction produces 200m3/hour
  • Moon Harvesting Array
    • 4M
    • PG: 10000
    • CPU: 500
  • Moon Harvesting Array ii
    • 10M
    • PG: 20000
    • CPU: 1000
  • Silos
    • 10M
    • PG: 50000
    • CPU: 500
    • capacity: 20000 m3
  • Coupling Array
    • 2.25M
    • PG: 10000
    • CPU: 155
    • 1500m3
  • General Storage <- Biocemical用らしい。が、Siloと説明が同じなんだよなぁ。
    • 7.5M isk
    • PG: 50000
    • CPU: 250
    • capacity: 20000 m3

  • Mobile Lab
    • 90M ISK
    • PG: 100000
    • CPU: 500
    • capacity: 25000
  • Ship Maintenance Array
    • 17M
  • small blaster battery
    • PG: 56250
    • CPU: 0
    • Optimal: 10 km
  • small railgun battery
    • PG: 90000
    • CPU:0
    • Optimal: 150 km
  • warp disruption battery
    • PG: 100000
    • CPU: 50
    • warp scramble: 150 km
  • stasis webification battery
    • PG: 50000
    • CPU: 25
    • Optimal: 150 km

Control Tower

Amarr
  • 50% bonus to Energy Sentry Optimal Range
  • 25% bonus to Energy Sentry Damage
  • 50% bonus to Silo Cargo Capacity
Small
  • PG: 1250000
  • CPU: 1375
Mid
  • PG: 2500000
  • CPU: 2750
Gallente
  • 25% bonus to Hybrid Sentry Damage
  • 100% bonus to Silo Cargo Capacity
Small
  • 115M
  • PG: 937500
  • CPU: 1688
Mid
  • 200M
  • PG: 1875000
  • CPU: 3375

構成案

Smallで月掘り

  • Gallente Control Tower Small
  • Harvester x 1
  • Silo x 1
  • small railgun battery x 3
  • warp disruption battery x 3
  • stasis webification battery x 2
  • (Mobile Lab x 1 )
  • PG: (+ 10000 50000 270000 300000 100000 ) 730000 / 937500
  • CPU: (+ 500 500 0 75 100) 1150 / 1688

small でHarverster x 2構成

  • Gallente Control Tower Small
  • Harvester x 2
  • coupling array x 2
  • PG: (+ 10000 10000 10000 100000 ) 40000 / 937500
  • CPU: (+ 500 500 155 155) 1310 / 1688
Coupling Arrayでも1500m3ある。Galの効果で2倍で、3000m3。
Cobaltだと0.4m3/unit、 atmospheric gasesだと0.3m3/unit。
100Unit/hourだとすると、Cobaltでも40m3/hour, 3000を埋めるのに75時間=3日とちょい。
Siloじゃなくてこれで十分かも。

派生
  • Gallente Control Tower Small
  • Harvester x 2
  • coupling array x 1
  • Silo x1
  • Large Railgun x2
  • Medium Blaster x 1
  • Warp scramble x 1
  • PG: 937500 / 937500
  • CPU: 1680 / 1688
Siloで容量が必要なMaterialを集めて、必要でないMaterialはCoupling Arrayへ。

Harvester ii 構成

  • Gallente Control Tower Medium
  • Harvester ii x 2
  • Silo x 2
  • PG: (+ 20000 20000 50000 50000) 140000 / 1875000
  • CPU: (+ 1000 1000 500 500) 3000 / 3375
iiなのでiより倍だけど、これで黒字になるかどうかは微妙だな。

Simple Reactionが一回でできるRaw Materialが取れるいい月があった場合

  • Gallente Control Tower Medium
  • Harvester x 2
  • Coupling Array x 2
  • Simple Reactor x 1
  • Silo x 1
  • ship maintenance array (CPU:0)
  • small railgun battery x 3 (150km CPU:0)
  • medium railgun battery x 5 (150km CPU:0)
  • warp scrambling battery(75km CPU:25)
  • stasis webification battery (150km CPU:25)
 Harvester - coupling array +
                            |
                            +-- Simple Reactor -> Silo
                            |
 Harvester - coupling array +
  • PG: (+ 10000 10000 125000 50000) 195000 / 1875000
  • CPU: (+ 500 500 155 155 1500 500) 3310 / 3375
  • ISK: (+ 200 4 4 2.25 2.25 11 10) 233.5M ISK
Cost: 4.43M/day, 133M/month

売り上げ予測

ひとつだけRaw Materialが取れる場合

JITAでのBuy orderを見てみると、
  • Atmospheric Gases: 50.00
  • Evaporate Deposits: ??
  • Hydrocarbons: 80.00
  • Silicates (size: 0.2 m^3): 363
  • Cobalt (size: 0.4 m^3): 750
  • Scandium 0.4m3: 280
  • Titanium 0.4m3: 860
  • Tungsten 0.4m3: 100
silicates
  • 363 * 100 * 24 = 871200 = 0.87 M ISK/day
Hydrocarbons
  • 80 * 100 * 24 = 192000 = 0.192 M ISK/day
Cobalts
  • 750 * 100 * 24 = 1800000 = 1.8 M ISK/day
smallだと維持費で2Mぐらい使うので、cobaltぐらいないと赤字。
あるいはIceを自分で取るか。

Simple Reactionが行えた場合

EVE-central でいくつかの値段を調べてみる。
  • Ceramic Powder : 500 ISK
  • Silicon Diborite : 600 ISK
  • Carbon Polymers: 400 ISK
  • (* 500 200 24) = 2400000 = 2.4M ISK/day
MidなPOSだと4.4M/dayは維持費がかかるので、これでも赤字だ。
やっぱりMoon Harestingだけでは儲からないのかな?

あるいは、やっぱりレア度が高いRaw Materialでないとだめなのかな。

データ

Raw Materlials

レア度順
1. Gasses: Atmospheric Gases, Evaporate Deposits, Hydrocarbons, Silicates
2. Rarity 8 metals: Cobalt, Scandium, Titanium, Tungsten
3. Rarity 16 metals: Cadmium, Vanadium, Chromium, Platinum
4. Rarity 32 metals: Ceasium, Technetium, Hafnium, Mercury
5. Rarity 64 metals: Promethium, Dysprosium, Neodymium, Thulium

Reaction List

ReactionResourcesResourcesProducts
Caesarium Cadmide ReactionCaesiumCadmiumCaesarium Cadmide
Crystalite Alloy ReactionCadmiumCobaltCrystallite Alloy
Dysporite ReactionDysprosiumMercuryDysporite
Fernite Alloy ReactionVanadiumScandiumFernite Alloy
Ferrofluid ReactionDysprosiumHafniumFerrofluid
Fluxed Condensates ReactionThuliumNeodymiumFluxed Condensates
Hexite ReactionPlatinumChromiumHexite
Hyperflurite ReactionPromethiumVanadiumHyperflurite
Neo Mercurite ReactionNeodymiumMercuryNeo Mercurite
Platinum Technite ReactionTechnetiumPlatinumPlatinum Technite
Prometium ReactionPromethiumCadmiumPrometium
Rolled Tungsten Alloy ReactionPlatinumTungstenRolled Tungsten Alloy
Solerium ReactionCaesiumChromiumSolerium
Titanium Cromide ReactionChromiumTitaniumTitanium Chromide
Vanadium Hafnite ReactionHafniumVanadiumVanadium Hafnite

Blue Resources

ReactionResourcesResourcesProducts
Sulfuric Acid ReactionEvaporite DepositsAtmospheric GasesSulfuric Acid
Carbon Polymers ReactionSilicatesHydrocarbonsCarbon Polymers
Ceramic Powder ReactionSilicatesEvaporite DepositsCeramic Powder
Silcon Diborite ReactionSilicatesEvaporite DepositsSilicon Diborite

Complex Reaction

ReactionResourcesResourcesResourcesResourcesProducts
Crystalline Carbonide ReactionCarbon PolymersCrystallite AlloyCrystalline Carbonide
Fermionic Condensates ReactionPrometiumFluxed CondensatesDysporiteCaesarium CadmideFermionic Condensates
Fernite Carbide ReactionCeramic PowderFernite AlloyFernite Carbide
Ferrogel ReactionPrometiumFerrofluidHyperfluriteHexiteFerrogel
Fulleride ReactionPlatinum TechniteCarbon PolymersFullerides
Hypersynaptic Fibers ReactionVanadium HafniteDysporiteSoleriumHypersynaptic Fibers
Nanotransistors ReactionNeo MercuritePlatinum TechniteSulfuric AcidNanotransistors
Phenolic Composites ReactionVanadium HafniteCaesarium CadmideSilicon DiboritePhenolic Composites
Sylramic Fibers ReactionHexiteCeramic PowderSylramic Fibers
Titanium Carbide ReactionSilicon DiboriteTitanium ChromideTitanium Carbide
Tungsten Carbide ReactionSulfuric AcidRolled Tungsten AlloyTungsten Carbide

1: Okome 2008年07月08日(火) 午後5時38分

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