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Get rid of heavy-watt wire


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Edit in Feb 15, 2018

Here is the OC version.

no heavy.sav

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I try to get rid of heavy-watt wire by using automation and shutoff.

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Here is my design.

 

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SAVE FILE

During each second, only half of batteries supply power to refrigerators, and the other half are charging. I use 25 hydrogen generators to drive 160 refrigerators. (25*800W=20 kW; 160*120W=19.2 kW)

 

But I face a problem.

NOT GATE has a slight delay, hence when the signal changes, input and output of the NOT GATE are likely to be false at the same time. In this time, no power are supplied to refrigerators.

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Any idea is welcome

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New design, but like a trick.

Spoiler

 Here is my new design to solve this problem. This design can save numerous metal and space. Does anyone have reported it in bug tracker?

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34 minutes ago, Saturnus said:

Use an OR gate as delay

If that's not closely enough timed you can use a synced AND and XOR gate to get absolutely perfect timing.

really useful.
Thank you!

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I find another solution. It seems like a trick. Does anyone have reported it in bug tracker?

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4 hours ago, BT_20 said:

Would it be possible to use this to have hamsters go into a heavy wire from regular in combination with a transformer or no.

4 hours ago, BT_20 said:

Would it be possible to use this to have hamsters go into a heavy wire from regular in combination with a transformer or no.

Design[1]

Spoiler

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Design 2.

Advantages: totally get rid of heavy-watt wire (save metal)

Disadvantages: use 2 small batteries and 4 power shutoffs to replace one transformer (waste metal and generate more heat)

Spoiler

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Design[3]

Advantages: totally get rid of heavy-watt wire and transformers (save tons of metal)

Disadvantages: it looks like a trick

Spoiler

2.thumb.png.71cbd86b8e25e9b82694de3f8a418671.png

 

54 minutes ago, Arash70 said:

So you're basically building whats called a multiplexer (https://en.wikipedia.org/wiki/Multiplexer) to switch between different circuits on a set time.

Nice 

Yes. It's literally a switched capacitor (or battery) isolated power supply.

https://pdfserv.maximintegrated.com/en/an/AN4553.pdf

11 minutes ago, Kabrute said:
An integrated H
-bridge driver  <---- switched multiplexer

Yes. A multiplexer is part of it but the precise term is a switched capacitor (or battery in this case because we're talking very low frequencies) isolated power supply.

EDIT: And I just realized that I wrote "No. It's..", I meant "Yes. It's...". I've corrected it. 

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its using 2 feed rails with 720w drain and 2 nat gas genes on each input. 960w max drain on outlets  They are split cycling power in to the battery banks so there is always a charge being pulled from each generator, and always supply being fed to each outlet.  Your timer driving it all. 

Here's an idea for you all. Connecting all your circuits with switched batteries connections you can have a completely decentralized battery bank. And if you use large batteries in those switched batteries then you can have a dead end circuit with a known constant power consumption that is tolerant to short brown outs. On that dead end circuit you use tiny batteries in the switched. Doing that the dead end circuit will run into brown outs well before any other circuit ever sees any problem so your low power detection would kick in and increase power production well before any other circuit loses power.

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