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How to Set Up 12 Auto Turrets in 2024
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- čas přidán 22. 01. 2024
- This is a how to tutorial guide for setting up 12 auto turrets in the game Rust using only 1 large battery, 2 windmills, 2 solar panels, and some eletrical components. This is a cheap and reliable method. #cableguyrust #gaming #playrust #rustgame #rustgameplay
so someone takes out the correct windmill all 12 turrets turn off and on over and over
У Вас получилось 13 дополнительных единиц питания на обслуживающие элементы.
Для использования в реальных условиях (где Ваш дом будут взрывать), рекомендую просто использовать 2 больших аккумулятора и для обслуживающих элементов выбрать другую схему: бренч-переключатель-тройник * 4 разные ветки = 12 доп единиц питания вместо 13-ти, но зато их можно расположить в разных местах базы и иметь меньше вероятности разрушения единственной стены с выключателем, как следствие, выключение всех турелей
It took me so long to find a video to help me with this . Thank you so much
You're welcome!
Always always always add solar panels into your rotation for auto turrets! You can fit one on a triangle foundation and two on a square foundation, WITH the wind turbine! Root combine it all together to supplement your wind turbine, or use them separately to help cover the cost of auto turrets, base lightning, furnaces, whatever you want! It's free space, use it!
*Not directed at you cableguy* lol
Good tip! 👍
I still think just doing 7 turrets to a battery for one windmill is still the best option cause you don’t run out space for batteries typically but you do run out of space for windmills typically still a cool concept though
9 turrets you mean
1 windturbine to a battery is 7 turrets comfortably. I dont see the reason for this. Just add another battery and you have 14 turrets instead of 12
tf you get atleast 9 with 1 battery and 1 windturbine thats 18 with 2
Sometimes the wind slows down and causes your battery to drain.
Nice tutorial! I want more of these
More to come!
So yeah, it works until nighttime when there is no solar and the windmill power drops to 50 and then they all shut down...... NOT a good idea for your primary turrets..... maybe for a secondary or tertiary set of turrets.
You're correct! I plan on making a more expensive, but more reliable set up for 12 turrets
THANK YOU
how much solar panels i need to have 1 turret up all the time?
Technically just 1 solar and 1 car battery. But might drain battery at night. So I recommend 2 solars and a medium battery. And that way you can power more than 1 reliably
wait.... lrg battery can output 100 power each turret is 10 power? we are using 120 power in turrets and and extra 1 for each component how is this working?
Because it's the 100 output from the battery + 1 windmill. Does that make sense?
@@CableGuyRust I still find it confusing. If a windmill and a battery are linked to a root combiner, destroying the windmill will deactivate the turrets. It seems more cost-effective to power the turrets directly from the windmill without the battery tax. Alternatively, using two batteries so that energy comes from the battery if the windmill is destroyed might offer a more advantageous setup, but I fail to see the benefit in the current arrangement.
It's a simpler set up for people getting started w electricity. Check out my infinity battery loop vid w 2 batteries, it's pretty cool 👌
@@CableGuyRust yeah i watched this a while ago its actually quite good. I lived in a small circle base and make a 4 battery version of this and had a lrg battery in each of my honeycomb
Love that, well done!
to output a constant amount of energy from a battery without depleting you have to divide the output number by .8 to arrive at the number you need to input into that battery. 100 / .8 = 120. 120 input to constantly output 100 without depletion.
It's actually 125. 120*.8 is only 96, not enough to keep the battery topped off. 125 * .8 is 100, which is exactly enough, but if you want the battery to actually charge it should be 126. The power tax is on the incoming power, not the battery power.
All you need is more power going into your battery than you are using.
it's actually 25% more power than you are using. batteries have an 80% efficiency. meaning for you to maintain a charge, you need to have 25% more power going in than it is going out. so to maintain 100 power for a battery (all of it being used), and to not lose the charge, you need to stay over 125 power input at all times. over this, and the battery charges, under this, and you lose battery charge.
using the battery backup circuit with blockers on the battery is the best way to overcome this.
unreliable and not efficient, sorry.
Facts another dog shit video
NGL... this is such a bad advice ... please noone do this
It's for the electricity beginners. I have a better solution in another video called the "Infinity battery loop". That one uses 2 batteries and if one goes down, the other takes over.