Posted 17 January 2016 - 11:16 PM
Currently in development as a personal project to hone my skills in control theory and pick up Lua because…why not…
Primary Objectives:
Secondary objectives:
Reference Documentation:
All code based off the knowledge base of http://controlguru.com/
Performance data for fine tuning based off reactor data collection:
https://docs.google.com/spreadsheets/d/1HoxhLvBzhQHx5U7ZM1A7nMbmcYesyZ4QKT8c_57qy1g/edit#gid=434245554
Primary Objectives:
- PID control for a central reactor feeding multiple turbines
- Reactor PID control to minimize heat but keep individual turbines fed as needed
- Turbine PID control based off non-linear function
- Easy configuration to handle multiple turbines via modems
- Auto-Tune feature per turbine
- Auto-Tune feature per reactor (to account for different designs people may use or multiple reactors)
Secondary objectives:
- Screen Output of current system state
- Useful Interactive GUI
- High Speed Turbine Control 2700 rpm and beyond (Use at your own risk! The future might go boom!)
- Independent PID control per Turbine at Optimal RPM points (900, 1800, etc)
- Independent PID control for the reactor Steam output
- Full Auto-Tune Sequence for turbine operating speeds
- Non-Linear PID function (See Google docs spreadsheet for power output functions)
- Alternate Linear PID function
- Manual configuration of PID parameters with non-linear configuration available
- Multiple warnings depending on PID parameters and reactor requirements( Example: Unable to Reach Required RPM,
- Emergency Shut down sequence
- Powered Spin Up Sequence
- Fast Spin up Sequence
- Passive Reactor Control based on rf/tick output
Reference Documentation:
All code based off the knowledge base of http://controlguru.com/
Performance data for fine tuning based off reactor data collection:
https://docs.google.com/spreadsheets/d/1HoxhLvBzhQHx5U7ZM1A7nMbmcYesyZ4QKT8c_57qy1g/edit#gid=434245554