the system overview slides in... part II? pretty sure there is a top level avionics layout in there.
The tether was indeed medium voltage, but the motors and controllers were not, through use of a fairly novel stacked architecture. There were still hard problems to solve there, but ultimately the power system worked…
There isn't a large amount of energy stored in the tether catenary or elasticity. Any hardware to recoup it probably wouldn't pay for itself. Offshore, there can be a lot of energy stored in buoy motion, and utilizing…
The Airborne Wind Energy section is general, and discusses energy kite performance in a broad way - the tether drag was well predicted and wasn't a surprise for our prototype. The inability to turn the necessary tight…
System scale is a crucial component of a cost competitive energy system. I lay out the argument for this in the early part of my section - Airborne Wind Turbine Performance - of the released documentation. A 100 kW…
the system overview slides in... part II? pretty sure there is a top level avionics layout in there.
The tether was indeed medium voltage, but the motors and controllers were not, through use of a fairly novel stacked architecture. There were still hard problems to solve there, but ultimately the power system worked…
There isn't a large amount of energy stored in the tether catenary or elasticity. Any hardware to recoup it probably wouldn't pay for itself. Offshore, there can be a lot of energy stored in buoy motion, and utilizing…
The Airborne Wind Energy section is general, and discusses energy kite performance in a broad way - the tether drag was well predicted and wasn't a surprise for our prototype. The inability to turn the necessary tight…
System scale is a crucial component of a cost competitive energy system. I lay out the argument for this in the early part of my section - Airborne Wind Turbine Performance - of the released documentation. A 100 kW…