Скачать или смотреть OR/Blocker Power Management Setup - Rust Console Edition

Hey everyone!

Are you looking to learn more about electricity and how to harness it for your own use? If so, you're in luck! I'm releasing a new video on my channel all about infinite power sources and how to connect your batteries to get the most out of them.

In this guide, I'll show you how to set up a system using very few electrical components that can provide an infinite power source. Whether you're a seasoned pro or just starting out, this video has something for everyone. If you're not familiar with the basics of power, no problem! I have a whole series leading up to this point on my channel that you can check out.

I'll also show you how to calculate the power needed to charge your battery at maximum usage, and how to ensure that you have enough power to cover the night time. Trust me, you don't want to run out of power when the sun goes down! And as always, remember to point the first four panels of your setup towards the south, and your next two panels southeast and southwest. This will help maximize your power gains!

The numbers:

Small-17= 1 Solar panel
Medium-83 = 5 Solar panels
Large-16 = 9 Solar panels and 1 turbine
2x Large-234 = 9 Solar and 2/3 turbines
3xLarge-510 = 9 Solar and 3/4 turbines

The calculations:

First it's your max output of your battery. Next you multiply by 10 minutes of night. That how much you use at night. Then divide by 30 minutes of day time collection. Then because you only get 80% of the power you put into a battery, you need an extra 20%. Which is the formula below:

10x10=100/30=3x100/80=4 50x10=500/30=16x100/80=20 100x10=1000/30=33x100/80=42

Those are the totals you need extra to not run out of power at night. Now we have to figure out how much power we need to charge the battery at max usage. This is kind of like above.

10x100/80=12.5 or 13 to be safe 50x100/80=62.5 or 63 to be safe 100x100/80=125

As long as we have that much power in we are covering the full max output of the battery. Now we add our night time amounts to our daytime amounts for when we have no solar...

13+4=17
63+20=83
125+42=167

The numbers above are the exact MINIMUM you have to be charging your battery input with, in order to the not only charge a full use battery but also extra charge for the night time. Anything less than this on full use will always eventually drain to empty.

Now to figure out how many solar panels we need, we divide by 20 and round up, as solar are the most reliable power source.

Small Batteries 17/20=1 Solar panel
Medium Batteries 83/20=5 Solar panel
Large Batteries 167/20=9 Solar panel

The only differences between straight to battery and my setup is you need 2 extra power to enter the system but they are covered already if you have the correct amount of panels above, and I prioritize the power directly into the system when I have it to only use the battery at night and no wind.



In Rust, players must survive in the harsh wilderness by gathering resources, building shelters, and defending themselves against other players and the environment. The game has a strong emphasis on player-vs-player combat, with players able to form clans and engage in raids to gather resources from other players. The game's realistic crafting and resource management systems require players to carefully consider their resource cost and scarcity, and to make use of technology and scrap to unlock new blueprints and building upgrades. Players can build and defend their own bases, complete with power grids, storage systems, and turret defenses to protect against raids. The game's skill tree and progression system allow players to specialize in different areas and roles, such as resource gathering, combat, or base-building. The game's open world environment is filled with a variety of environments, wild animals, and weather conditions that players must contend with. With its first-person perspective and multiplayer focus, Rust is a thrilling and immersive survival experience!