Kite Networks

[PierreB]

Kite Networks

The basic topologies of networked kites are as follows- Single-line kites are the simplest topology. A train of kites has a “chain” topology, and a kitefarm of single line kites has a “brush” topology. An arch-kite is topologically a torus; note that the surface plane is part of topological kite structure in analysis. Bridle topologies can be considered in a fractal sub-dimension ignored when classifying overall topology of a kite rig. Meshes and 3D lattices are progressively more…

Transversely to these different topologies we can distinguish three families of kite networks, with examples:

• Lifting kite networks

  Ed Sapir:
  

  

  Windswept and Interesting:
  Network kite power media primer 3.pdf (1.4 MB)

• Power aligned kite networks
  Train of parachutes in yoyo mode from Zhonglu High Altitude Wind Power System Trial on Site (realized)
  A variant for study:
  

  

• Power crosswind kite networks
  Advanced Kite Networks - #2 by kitefreak
  KiteGen
  OrthoKiteBunch
  Rotary devices like stacked Daisy

Lifting kite networks seem to be achievable devices. It remains to be seen what the strategies are to avoid entanglements. I had proposed using Sharp rotors as separators, but options proposed by windswept and interesting can be better. See also the photo above of the kite network by Ed Sapir.

Power crosswind kite networks, version rotary devices, has been realized.
On the other hand, the other versions seem to be more difficult to realize, while having a great potential: it is necessary to be able to control the crosswind trajectories while preserving space between the units.