Nuclear swamp stinger power station reactor component. 250,000 MW (part 1 of 2)
---Update note Recent update on 10-2 to move the nitric acid production to the new node location after a recent update move the nitrogen well located west of blue crater by about 100m
The first few survey missions Ficsit sent to Massage-2 (A-B)b noticed a strange power anomaly in the swamp. The first pioneer drop pod sent to the swamp lost it's video feed just after landing; the last image showed a massive uranium infused stinger capable of self nuclear reactions. Ficsit immediately dropped several more Pioneer teams to the swamp with the goal of capturing and harnessing this meta-stinger to power the upcoming space elevator project. Though all 96 pioneers died during there efforts, they managed to build an unrivaled power plant for the next pioneer's arrival.
This massive build project with a 100 reactor power plant is actually 1 piece of the entire nuclear power site. It has the reactors, entire water feed setup, sulfuric and nitric acid production, concrete production, drone relays for bringing in uranium, fuel rod manufacturers, and every part of chain for making uranium cells and recycling nuclear waste. There is actually a companion megaprint titled "Nuclear Swamp Stinger Production Facilities" https://satisfactory-calculator.com/en/megaprints/index/details/id/1467/name/Nuclear+Swamp+Stinger+Production+Facilities that mostly merges with this reactor build. This companion megaprint handles building the non-radioactive components needed for fuel and recycling production, only needing a manual connection of 3 mk5 belts and 2 power cables to activate. It also contains a swamp spanning rail and vehicle bridge.
This power plant segment was designed to run stand alone for those that do not want to add the production factory segment, but needs the following:
15,0000 MW either from a power grid or from stored battery power to kick start all production or pumps before the reactors kick in. -Encased beams = 65 PPM -pressure cubes = 10PPM -electromagnetic control rods = 105 PPM -Silica = 670 PPM -aluminum casing = 180 PPM -batteries = 60 PPM All other resources already produce themselves. The belt connection points have images on signs showing what items need to connect to which belts. Also allow about 5 minutes from supplying outside power to connect needed parts to allow fluid and concrete buildup to start
This is a lot more of an exercise in balancing a massive production chain than beautiful builds, though it definitely has a creative layout and design I did have considerably more intricacy and build design (twisted pipes, more spread out production per pod, hypertube network from the control room to each pod), but the issue was that the blueprint was weighing in at 5.8 MB and had to undergo significant trimming to meet the upload limit. Original construction on the reactor site was done in update 5 before swamp layout changes. Most minor intrusions from the update 6 changes have been worked around, but there is a "perma-spore-tree" that is going through the central platform that couldn't be avoided or worked around. Be gentle in the ratings, there are a lot of "floating platforms and exposed belts in the structure along with some overclocked factory machines to reduce blueprint items; I had limited wiggle room to play with to meet the upload limit.
I can be reached at Yokmosho on Discord with any issues encountered, comments, ect.
- 项目计数 59,009
- 坐标 118,516 / -3,967
- 仅粘贴在原始位置 Yes
- 类别 Architecture Complete factory Interior decorations Exterior decorations Pipes system UPDATE 7 UPDATE 8
- 创建于 2023年8月28日 上午1:16:14
- 最后更新于 2023年10月3日 上午2:46:01
- 基础墙壁 4m 9,171
- 地基 1m 5,698
- 六边框架窗户 4,656
- 小型金属支柱 3,990
- 房顶 1m 3,165
- 框架墙壁 2,820
- 基础墙壁 4m 2,560
- 地基 1m 2,031
- 2级管道 1,894
- 5级传送带 1,621
- 双面坡道 4m 1,386
- 框架地基 1,335
- 电源线 1,290
- 平房顶 1,195
- 管道叠架 972
- 基础墙壁 4m 971
- 地基 1m 893
- 房顶 1m 800
- 1级垂直传送带 676
- 垂直传送带地板孔 606
- 1级管道 601
- 5级垂直传送带 588
- 平房顶 495
- 管道交叉接头 426
- 传送带立架 405
- 倒凸角坡道 1m 400
- 1级传送带 383
- 双面坡道 8m 370
- 双面坡道 4m 370
- 传送分离器 318
- 倒坡道 2m 316
- 管道地板孔 283
- 传送合并器 273
- 漆刷梁 260
- 梁连接器 240
- 1级墙插 226
- 抽水站 219
- 地基 2m 206
- 管道支架 192
- 竖向牌 180
- 小型告示牌 176
- 平房顶 170
- 1级电线杆 155
- 框架坡道 148
- 传送带叠架 135
- 坡形墙壁 8m 118
- 智能分离器 117
- 斜面墙壁 8m 115
- 倒框架坡道 110
- 斜面墙壁 8m 110
- 倒坡形墙壁 8m 107
- 2级管道泵 106
- 泛光灯塔 100
- 核电站 100
- 搅拌器 81
- 制造器 50
- 管道壁架 47
- 坡道 2m 46
- 平房顶 45
- 2级传送带 41
- 金属梁 40
- 精炼厂 40
- 3级电线杆 38
- 构造器 35
- 传送带吊架 33
- 坡道 2m 29
- 传送带壁架 29
- 房顶 4m 25
- 倒凸角坡道 1m 21
- 双面坡道 8m 20
- 地基 4m 20
- 斜面墙壁 4m 20
- 幕墙框架窗户 19
- 粒子加速器 18
- 单传送口墙壁 17
- 无人机港 16
- 灌装机 14
- 2级电线杆 14
- 组装器 12
- 1级双面墙插 12
- 坡道 1m 11
- 灯光控制面板 11
- 双面坡道 8m 10
- 坡道 4m 10
- 坡道 4m 10
- 倒坡道 2m 10
- 地基 2m 10
- 倒坡道 1m 10
- 倒凸角坡道 1m 10
- 地基 1m 10
- 斜面墙壁 4m 10
- 三传送口墙壁 10
- 基础墙壁 1m 10
- 1级管道 (无流量计) 10
- 房顶 2m 9
- 3级采矿机 9
- 半宽地基 1m 8
- 小型混凝土支柱 8
- 矿井采集器 7
- 方形牌 0.5m 6
- 自动大门 4
- 坡形墙壁 1m 4
- 存储器 4
- 可编程分离器 4
- 标签牌 2m 3
- AWESOME回收器 3
- 2级管道 (无流量计) 3
- 双面坡道 2m 2
- 小型支柱基座 2
- 坡形墙壁 2m 2
- 双传送口墙壁 2
- 直梯 2
- 倒坡道 4m 1
- 半宽地基 1m 1
- 房顶 1m 1
- 吸顶灯 1
- 坡形墙壁 4m 1
- 标签牌 4m 1
- 2级采矿机 1
- 矿井增压器 1
- 地热发电机 1
- 蓄电池 1
- 工业存储器 1
- 4级垂直传送带 1
- 混凝土 142,523
- 钢梁 23,931
- 电缆 15,026
- 铁板 13,883
- 镀铝板 13,597
- 铜板 12,859
- 石英砂 9,350
- 铁棒 5,676
- 塑料 5,455
- 铝制外壳 4,850
- 重型模块化框架 4,150
- 加强铁板 3,451
- 快速线 2,786
- 电机 2,536
- 转子 2,472
- 钢筋混凝土梁 2,214
- 石英晶体 1,816
- 电磁控制杆 1,800
- 钢管 1,793
- 电线 1,781
- 无线电控制单元 1,015
- 冷却系统 900
- 超级计算机 737
- 熔合模块化框架 450
- 高速连接器 439
- 橡胶 384
- 涡轮电机 207
- 晶体振荡器 176
- AI限制器 150
- 便携式采矿器 29
- 模块化框架 20
- 定子 5
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Yokmosho - 2024年1月2日 下午3:55:52
I worked quite a bit with GrOOvER regarding the backing up of waste and overall cascade failure. My testing did not reproduce the same result, but the server GrOOvER had the powerplant running on had a Smart splitter and a Programmable splitter located in a pretty critical area spontaneously fail to function. Deleting them and replacing them fixed the issue. This was in the production half of the megaprint, not the powerplant half. I'll have an updated print uploaded with these splitters deleted and readded
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gOOvER - 2023年12月27日 上午7:03:53
I like the design and spent 12 hours yesterday trying to bring order to the quaos. Unfortunately this is not possible. Everything is also full of nuclear waste and all the belts are blocked.
Super design, but implementation is misserable. Therefore only 2 stars
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Yokmosho - 2023年9月14日 下午5:05:29
DoeBIG:
I am fully aware of the belt and pipe spaghetti mess mainly limited to the main area of the “wet factory” and leading into the transfer room for the integration between the 2 halves of the print. The original build was much cleaner and more streamlined, but I ran into several issues:
- The entire factory was build on production lines filling and going to the next phase as it was built. Running it from a completely empty state was a disaster and had to have a lot of reformatting with overflows and backflows to stabilize. I attempted to do some tidying up after everything was working, but that hit the biggest and next issue polish
- Upload size: I’m not exaggerating in saying that had to do a massive amount of cuts to fit the megaprint upload limits. I had to remove walls, have less power connectors and string cables all over the place, ect. to trim every object I could to lower size. Several of those “spaghetti knots” of cables would have required extra walls, ceiling and wall belt supports, and lots of short belt segments to straighten out; I just didn’t have the file size overhead to play with and had to leave an uncomfortable number of long floating belts.. If a nice clean setup is all your looking for, I have a project in the works that is a main storage and delivery base, along with an ammo factory. It has a much smaller file size and is leaving a lot more room for.
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DoeBIG - 2023年9月8日 下午10:02:22
Interested building, amazing bridge and then you found awful interior. Spaghetti belts and pipes. Same with cables...what is wrong with you mate, why you did not build at least pipes and belts correctly? Wanted to try power plants, but after integrating and looking inside amazing building, i was disgusted and deleted it So i cant confirm functionality.
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Yokmosho - 2023年9月4日 上午4:51:04
I found the issue regarding a few smart spitters not behaving correctly and causing a slow water buildup on the recycling line. I've tested past 8 hours with no issues found so far. Please redownload the updated megaprint to correct the fault.
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Andreas61 - 2023年9月2日 下午12:45:53
Does not work. It starts as described, then after 6-7 hours of operation it stops and that's it.