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Power Transmitters - Simplified

This mod is a fork of the Power Transmitters mod.

Original mod: https://steamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=584639195

This version has all blocks cut out except for the Radial Power Transmitter and Remote Power Converter. Everything works the same as before, but the transmission works for an infinite distance with a fixed efficiency of 95%. In addition, I fixed the Remote Power Converter constantly turning on and off (it seems that someone was annoyed by the sound, and eternal power outages - not what you want to get from such a mod), as well as fixed an unexpectedly relevant bug with negative power consumption (literally free electricity).

Original description:

This mod adds 2 ways of transmitting power from one grid to another, wirelessly. Recharge your drones in your bay wirelessly, power your remote research outpost through satellites or stop your near orbit station from dropping onto the planet with power supply from the ground! Nothing is impossible!

1) Radial Power Transmitters

Small Radial Power Transmitter (Large block):

Size: 1x1x2
Upgrade slots: 8
Base input/output: 15MW
Receiver power formula: ( P(sent power in MW) * 1000 - d(distance in m)² * 0.0015 ) / ( 1000 * g(grids in range) )

Small Radial Power Transmitter (Small block):

Size: 1x1x2
Upgrade slots: 8
Base input/output: 3MW
Receiver power formula: ( P(sent power in MW) * 1000 - d(distance in m)² * 0.0015 ) / ( 1000 * g(grids in range) )

Small Radial Signal Aplifier (Large block):

Size: 1x1x1
Input/output additive multiplier: 3x

Small Radial Signal Aplifier (Small block):

Size: 1x1x1
Input/output additive multiplier: 3x

Radial Power Transmitters send power to all directions on specified channels, even through matter. They do not have a definite maximum range, instead the receiver gets no power when its received power is below 10kW and it is considered out of range. Their maximum power output and input can be raised with Small Radial Signal Amplifiers (3x).

Within its terminal interface, you can not only find all kinds of information on their current status (tag values, sent power, maximum range, and many more), but a compact example on how to set them up. Following is a more detailed version:

To configure it, you put "()" into the name of the transmitter. You can put several options in it, seperated by ",".
- "P:<PowerStrength>" defines the send power in Mega Watts. If you define more power then it is available on the grid, all power that is still available will be send. Inactive when in receiver mode.
- "C:<Channel>" defines the channel on which to send or receive power. Must be an integer from 0 upwards.
- "M:<Mode>" defines the current mode the transmitter is in, a receiver "R" or sender "S". By default a transmitter is in receiver mode.

An example can be found in the screenshots above. The Small Radial Power Transmitter is refered to "RPT (...)" there.

2) Optical Power Transmitters

Small Optical Power Transmitter (Large block):

Size: 1x1x2
Upgrade slots: 4
Base input/output: 50MW
Receiver power formula: P(sent power in MW) * 0.95 (constant power loss)
Maximum range: 40km

Small Optical Power Transmitter (Small block):

Size: 1x1x2
Upgrade slots: 4
Base input/output: 10MW
Receiver power formula: P(sent power in MW) * 0.95 (constant power loss)
Maximum range: 9km

Small Optical Signal Aplifier (Large block):

Size: 1x1x1
Input/output additive multiplier: 3x

Small Optical Signal Aplifier (Small block):

Size: 1x1x1
Input/output additive multiplier: 3x

Optical Power Transmitters send power to their target Optical Power Transmitter up to 40km away by using a non-visible high energy beam, but need a direct line of sight. You can raise their maximum power output by using Small Optical Signal Amplifiers (3x). They are probably the most energy efficient way of transfering power. They have a constant energy loss of 5% due to technical reasons that is not distance dependent.

Within its terminal interface, you can not only find all kinds of information on their current status (tag values, sent power, maximum range, link status to the target, and many more), but a compact example on how to set them up. Following is a more detailed version:

To configure it, you put "()" into the name of the transmitter. You can put several options in it, seperated by ",".
- "P:<PowerStrength>" defines the send power. If you define more power then it is available on the grid, all power that is still available will be send. Inactive when in receiver mode.
- "I:<ID>" defines the ID of the OPT. That ID has to be refered to when setting it up as an OPT's target.
- "T:<Target ID>" defines the target's ID as specified in the target OPT before.
- "M:<Mode>" defines the current mode the transmitter is in, a receiver "R" or sender "S". By default a transmitter is in receiver mode.

An example can be found in the screenshots above. The Small Radial Power Transmitter is refered to "OPT (...)" there.

3) Remote Power Converter:

Remote Power Converter (Large block):

Size: 1x1x1
Infinite Potential Maximum Output

Remote Power Converter (Small block):

Size: 1x1x1
Infinite Potential Maximum Output

The Remote Power Converter must be placed on each grid that should receive power, you only need A SINGLE ONE on each grid (in addition to the transmitter(s)). The transmitters direct their incoming power forms into this advanced device that transforms it into electrical power that can be used as usual on the grid. It can take as much power as all transmitters on the grid combined.