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*Rooftop wind turbine without moving blades, where the vacuum created is ducted past a bladed generator head that is | *Rooftop wind turbine without moving blades, where the vacuum created is ducted past a bladed generator head that is located below the wind-swept area. This is at the 5kW scale, producing 334 watts 24/7 year round in 9 mph average wind speed. A single one would produce sufficient auxiliary power for the Seed Eco-Home night time use. | ||
Data: [https://26011849.fs1.hubspotusercontent-eu1.net/hubfs/26011849/Aeromine%20Website/downloads/Aeromine%20cut%20sheet%20231004.pdf] | Data: [https://26011849.fs1.hubspotusercontent-eu1.net/hubfs/26011849/Aeromine%20Website/downloads/Aeromine%20cut%20sheet%20231004.pdf] | ||
*Appears to be $2400/kW installed capacity. But, note that the 5kW 'installed capacity' is really 334W at 9 mph - which is 5x more expensive than solar accounting for a 25% daily duty cycle of PV. | *Appears to be $2400/kW installed capacity. But, note that the 5kW 'installed capacity' is really 334W at 9 mph - which is 5x more expensive than solar accounting for a 25% daily duty cycle of PV for a realistic comparison. | ||
For OSE route, see [[Deka-kW VAWT Wind Turbine]] | For OSE route, see [[Deka-kW VAWT Wind Turbine]] | ||
Latest revision as of 12:34, 28 May 2024
https://aerominetechnologies.com/
- Rooftop wind turbine without moving blades, where the vacuum created is ducted past a bladed generator head that is located below the wind-swept area. This is at the 5kW scale, producing 334 watts 24/7 year round in 9 mph average wind speed. A single one would produce sufficient auxiliary power for the Seed Eco-Home night time use.
Data: [1]
- Appears to be $2400/kW installed capacity. But, note that the 5kW 'installed capacity' is really 334W at 9 mph - which is 5x more expensive than solar accounting for a 25% daily duty cycle of PV for a realistic comparison.
For OSE route, see Deka-kW VAWT Wind Turbine