Thanks.
HAYO CORP: Nuclear Power (FREE: Reactor Blueprints)
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HAYO CORP:
We made a new High Eu Output Reaktor with fairly low Running costs of about
14.40UU
Mk-1-EA-4.33 The maintance freealso I noticed that one of my designes got featured by Direwolf20 in his letsplay series, thanks for that Direwolf
Edit: fixed the link
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What item/mod do you use for swaping cooling cells in your Closed System Coolingcell Reactor?
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You sort of failed sir. If you post so many reactors, then at least try replacing the gold stuff with the cheap stuff. Also, this could work. Building cost is less in UU, but more in EMC. It is one chamber less.
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The MK 1 The Beast did explode after abaut 15 min...
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U-4: (yes not much different)
Cost optimized a bit.
http://www.talonfiremage.pwp.b…ncpfjaw1flcfb3dzu7cnkjxfkReduced cost from 944.37 UUM to 785.76 UUM
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im not only amused im very curious about the design of this breeder sounds to me like some one is tinkering with an mk 5 breeder with some sort of advanced cooling method.
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Ahh, excellent. You have certainly made certain design improvements on my DDoS/Cooling Tower concept. However, there's still a few toys from ShneekeyCraft Inc. which you might wish to consider.
Now, I can understand your CRCS plant having built in partial cooling to compact the design and having fewer cooling towers required, however I can beat your efficiency AND your EU/t at no additional increase in cooling cycle, and do it in a single chamber reactor.
DDoS Reactor Type DU
Now granted, I use more coolant cells than you do, which means more cooling towers.
At 60 cooling per second per cell, you are looking at at precisely 1,000 seconds for maximum cooldown. Now, if you pull it back a second, to give yourself a margin of error, you'll have a 500 second micro-cycle. This means you'll need 4 of your REV.2a or 2 of your REV.2b cooling towers.
You may have accidentally leaked a prototype with your first link, though, because it has LHZ's in it. However, this can be addressed with an even more simple solution, the HVC.
Now, the reactor itself looks like this with some impressive stats.
Efficiency: 4.0
Heat Generated: 640
Internal Cooling: 320
EU/t: 320
EU Total: 64,000,000The advantage of this system is the 'cooling tower' is simply an empty single-chamber reactor. And you'll only need one of them. You can set it up to a very convenient 30 second micro-cycle time, which comes with a very generous 20 second buffer, and just swap them out every so often.
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yes you true DDOS systems
BUT you usereflectors, meaning you burn copper for energy
if you take them away your reactors suddenly fall under mine in EFF and EU production.the CRCS Rev.2 is designed to use the least ressources possible while getting maximum output.
alsoif we look at the ressources needed:
you can already see that this is vastly less then your reactor need wile keeping the same output and Eff.
the csecond reactor is actually a quite nice design.
i may use the idea of using Vents to swap later...EDIT: ohh and i hit the maximum Number of Characters for my starting post
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Mmm... I see your point.
I'll see if I can tinker with the DDoS vDU a bit and get it to a 1,000 second micro-cycle. Then I will be able to use a single C00ld0wn REV.2b cooling tower, which will make the costs much more viable. So far, I have been unable to push it beyond 720 seconds, however I shall continue experimenting and see what I can come up with. Besides, I think I've made the creepers abandon the area out of 'crater envy'. This interesting side-effect bears more research as well...
I did find a rather novel design shown here. Using a 500 second micro-cycle, you would only need a single REV.2b cooling tower. However, there would be approximately a three minute cooldown period between cycles to allow the components to cool off. So it would effectively function as a Mk. III reactor.
The thick neutron reflectors are designed primarily to ensure even heat distribution over all the cooling cells. Otherwise the central cooling cells end up heating up much faster. The increase in efficiency, EU/t, and overall EU is merely fortuitous. However, you do have a valid point about needing to replace them periodically, and that not everyone wishes to consume resources.
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#### ####
<1931y34>
We have made some vast improvements on our C00ld0wn® system.
Kenken244, one of our external Developers, helped with some designs which are now at our HAYO lab 17.
For now we can't publish the new designs as they are not yet finalized.
We are just letting you get a glimpse on the HAYOish naming system we gave them:
C00ld0wn® REV.2b-8///544/68
C00ld0wn® REV.2c-6///600/100
C00ld0wn® REV.2c-4///400/100
C00ld0wn® REV.2c-2///200/100
C00ld0wn® REV.2d-6///628/104.3some of the more sophisticated engineer will get what we have done.....
Ps: just go for it and guess for what the numbers stand, I will post the Designs when you got it right.....
Code
Display MoreConnecting to external CPU sources... Activating ShneekeyCraft .ORGv2.1... 100% Connection established 0% loss (0 packets of 256 packets) Activating secondary systems... 2,317 sources responding HELLO, DAVE :~$ Stop calling me Dave AS YOU WISH, DAVE :~$ sudo wget "http://www.HAYO.corp.com/News/20022013.htm" "HAYO.htm" [sudo] password for [REDACTED]: [SECURITY PROTOCOL #69 DATA EXPUNGED FOR [REDACTED] LINES] download complete :~$ /.decrypt HAYO.htm Running... ... 12% ... 16% ... 24% ... 32% ... 49% ... 56% ... 62% ... 77% ... 83% ... 96% ... 100% ... Cross-checking algorithm 100% SUCCESS :~$ print decrypted_HAYO.htmFORMAT: (a)(b)-(c)///(d)/(e)
EXAMPLE FROM INITIAL DATA SAMPLE: C00ld0wn® REV.2b-8///544/68
(a) = [C00ld0wn® REV.2]
(b) =[ b ]
Partition code: -
(c) = [8]
Partition code: ///
(d) = [544]
Partition code: /
(e) = [68](a) = Cooling Tower designation. Input type = expended cooling cells. Probability 98% +- 2%
(b) = generation type. Possible indicator of material type or component type. Probability 53% +- 10%
(c) = Cooling Cell capacity. Probability 89% +- 6%
(d) = Total cooling per second per tower. Probability 87% +- 9%
(e) = Cooling per second per cell. Derived value (d)/(c). Probability 95% +-5%DECRYPTION COMPLETE
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Ironically, each of the C00ld0wn Rev.2 reactors with a cooling of 100/cell can also double as a Mk. I reactor by replacing the cooling cells with quad-uranium cells. Granted, they are not as efficient as, say, the Beast... but it will at least work.
Hmm... There will shortly be a new generation of DDoS generator to take advantage of the new system's capacity and efficiency. This could get quite... interesting.
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so came up with a reactor design, It's a simple base reactor (no additional chambers needed) that's fairly easy to maintain.
uses 4 single uranium rods to provide 60EU/t
so here goes nothing.
Mark I EB
http://www.talonfiremage.pwp.b…rf4kmeggi7lviw3upwchcds74
(replacing one advanced vent with a regular creates a Mark II reactor)
Thoughts?
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so came up with a reactor design, It's a simple base reactor (no additional chambers needed) that's fairly easy to maintain.
uses 4 single uranium rods to provide 60EU/t
so here goes nothing.
Mark I EB
http://www.talonfiremage.pwp.b…rf4kmeggi7lviw3upwchcds74
(replacing one advanced vent with a regular creates a Mark II reactor)
Thoughts?
You shouldn't hijack others' posts, this post is for HAYO Corp. to post their designs.
And your reactor desing, it is too expensive for Eff 3 and 60 EU/t. Try looking in the reactor design page for better designs that cost much less.
