With the current system the most efficient reactors are a simple strait line up to the point the gain in power starts dropping off.
My proposal is actually simple in design but would allow players to be creative and work well with small to massive size ship design and encourage players to be creative.
The idea is you have two things to work with potential power and current or power flow. This is actually stolen from electrical voltage and current. Electricity travels on the outside of a wire for those who don't know. The more surface are the greater the amount of flow that can be handled.
The idea is the number of blocks connected to each other determine what the potential power is.
The greater the volume they take the greater the bonus each block gains.
The amount of surface area they have determines how much flow a second can be delivered.
Then have a bonus for combined surface area.
This way it wouldn't encourage someone to just put individual blocks down.
If for example a block produce 150e and each side could only transfer 50e/sec as a base then a 0.01% gain for the volume and 0.05% gain for the surface area.
It would also discourage plopping down large solid blocks of power like we have now. It would actually make people think a little about the power design and give them bonuses for doing so.
The require gaps to allow for surface area could be filled in with capacitors. which would act as immediately available power. Which could be dumped in a massive quantity. In short no change to them.
My proposal is actually simple in design but would allow players to be creative and work well with small to massive size ship design and encourage players to be creative.
The idea is you have two things to work with potential power and current or power flow. This is actually stolen from electrical voltage and current. Electricity travels on the outside of a wire for those who don't know. The more surface are the greater the amount of flow that can be handled.
The idea is the number of blocks connected to each other determine what the potential power is.
The greater the volume they take the greater the bonus each block gains.
The amount of surface area they have determines how much flow a second can be delivered.
Then have a bonus for combined surface area.
This way it wouldn't encourage someone to just put individual blocks down.
If for example a block produce 150e and each side could only transfer 50e/sec as a base then a 0.01% gain for the volume and 0.05% gain for the surface area.
It would also discourage plopping down large solid blocks of power like we have now. It would actually make people think a little about the power design and give them bonuses for doing so.
The require gaps to allow for surface area could be filled in with capacitors. which would act as immediately available power. Which could be dumped in a massive quantity. In short no change to them.