Topic:
Control Tethered Wings
forward and reverse, upwind and downwind,
up and down, Left and Right, stunts, figures,
to named positions, ... manually, programmed, sensor-driven, passively, actively, ... to fulfill practical purposes
- Belief
that electronic control of an energy kite system will win lowest LCOE
for utility-AWES may be difficult to validate. Passive
mechanically controlled energy kite systems might bring lowest
LCOE. Both sectors competing would likely enlighten the AWE
industry.
- Revolution
- Angle-of-attack controls
- Single line
- Multiple control lines
- Wireless-control of aerodynamic surfaces on the wing
- wiki/Kite_control_systems
- Control Theory wiki
- Dynamical System wiki
- Tether-set tension control
- Stop operations
- Object ejections
- Gliding of detached wings
- Tether gathering
- Sensors in AWES
- Sensing Kite Parameters
- Time-dependent control or status-dependent control
- Passive control
- Control units
- KCU kite control units
- Control algorithms
- Triggers
- Limits
- Thresholds
- Measuring
- Feedback
- Hardwired control
- Micro-programmed control
- Radio frequency
- FSM finite state machine
- Mathematical model
- Assumptions
- Idealizatons
- Chaos
- Turbulence
- Exceptions
- Warnings
- Trends
- Classical control theory wiki
- Overshoot wiki
- Undershoot
- Model of a kite system
- Non-linear wind changes
- Open-source software tools for AWE systems
- Proprietary software tools for AWE systems
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