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Guys, if you liked Von's solar panel mod, you can check out mine. I have a dish shaped solar panel in it. However, I have not frozen development, and I have balanced it as well. I at one point asked Von if I could add his solar panel to my mod, he said no. So I can not add his. Sorry. However, it shouldn't be too hard to create a new one with the same exact shape, I just chose a circle because it looks nicer. :P
my mod?
no
https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=309728394
...
next patch, minor fix.
Create ur own mod , thank you!
Currently though, your solar panels don't work by game logic (2.4kw/m²) or real life logic unless you park yourself closer to the sun than even Mercury's closest run.
By the way, "Superficie" means "Area" in English. Just helping you out with a new word. xP
Anyway, I was just trying to help you make your mod not break the game's laws of thermodynamics. Even though the game breaks the laws of physics and thermodynamics by real life standards anyway, unless you orbit Venus, but anyway. If you make a solar panel in the game, remember that the game uses 2.4kw/m² solar constant. That means that you can collect 2.4 kilowatts for every visible meter of your solar panel that is facing perfectly at the sun.
Now, if you just go based on how many blocks it is, 7x7 blocks of surface area, lets assume it's also on a large ship/station. One block is 2.5 cubic meters, we only need one side, so 2.5 squared meters. Solar output for the game is 2.4kw per meter squared. That means 1x1 blocks has a surface area of 6.25 meters, and can produce 15kw of energy, that's 7x7 = 49 blocks, 735kw of energy. But your device is round. So you have to subtract 8 blocks worth from it, 4 full blocks, 8 half blocks. Now, that takes away 50 meters of surface area. Leaving you with 615kw of solar production. I think my math from earlier may be slightly messed up, I am checking the values. But these values here seem to be more accurate. So, if you were to change it to be game accurate values, you can have it max out at 615 kilowatts of energy, which really, is a huge amount of energy.
My panel have 0.889x0.889-(0.596x0596) unit/mesure
result: effective Superficie for vanilla =0.02722
effective superficie for VonCeed solar panel = 0.43510
0.43510/0.02722 = 15.98
now : 0.12Mw * 15.98 = 1.9176Mw
My VonCeed solar panel give 1.5Mw
What did you expect, whats else!?
https://www.youtube.com/watch?v=sYAhRyq7cvM&hspart=ironsource&hsimp=yhs-fullyhosted_003
Now, lets try Venus, which has a solar constant of 2.61kw/m², 267.525 maximum possible output. Lets try Mercury with it's solar constant of 9.12kw/m², 934.8kw.
Wow. Your solar panel isn't even logical at the range of Mercury. You would have to be about 0.3055 au away from the sun to obtain this sort of power, that is about 0.0818 au closer than Mercury, 12,240,000 kilometers. That is 30.2 times further than the moon is from earth.
Pile la forme que je cherchais en plus !
detail In coming, actualy u can test it ^^
Par contre tu devrais ajouter dans le descriptif les données techniques genre la taille de l'objet, sa puissance, toussa toussa. Ca donnerai encore plus envie de le dl je pense ;)
https://www.youtube.com/watch?v=Xu6vCLPUMDc&hspart=ironsource&hsimp=yhs-fullyhosted_003