From Waste to Wind

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Revision as of 21:03, 8 October 2020 by Marcin (talk | contribs) (Created page with " Hello Marcin, Collaboration surely seems appropriate. All our windturbines are open-source, and if we can survive with that business model it will stay that way. At the mome...")
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Hello Marcin,

Collaboration surely seems appropriate. All our windturbines are open-source, and if we can survive with that business model it will stay that way. At the moment we are looking to make bigger windturbines towards 3m blade diameter. When complemented with PV-panels they could supply enough kWh for a small household. At 4m/s average windspeed they’ll supply 1020kWh, at 5m/s 1752kWh. I see that Kansas city has a lot more sunhours (2800h) than Belgium (around 1500). A different mix PV/wind for different zones would be an interesting offer.

3D-printing works fine, but at the moment we are assuming that in the end we will switch to different plastic-working techniques like moulding, PET-blazing,.. to take the majority of the workload of customer demands (whilst still ensuring that everything can be 3D-printed, e.g. stays decentralised).

Furthermore, I also see that you’re doing work on internet lines? I have quite some experience in soldering and use of wifi- and LTE-antennas (dish, biquad, yagi..), routers, repeaters, 4G and 3G-modems and so on. I can advise if needed.

Kind regards,

Bram Peirs

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