This is awesome, attempted to build it but was unsuccessful. Is there any way you can share how the inside works like the air cylinders position. Ended up just making a basic trash can pop out. But something like this will definitely scare
Thank you very much for the very interesting content. Your design has shown high performance and low noise levels. I would like to know your opinion on a model of a similar design, but with some changes that could possibly increase the effectiveness of such designs. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-aIiFtcpdCq8.html
With the Dimmer + wind PV, self-sufficiency will now increase to almost 95% in summer, which means a huge breakthrough. The prerequisite is that you have at least a small balcony power station, and you don’t need an expensive battery either. Example of a kettle: Without a dimmer, the 2500W - 600W PV system needs = 1900W, which you have to pay more for. If I turn the kettle down to 600W with a dimmer, then every weak PV system can now supply each consumer independently and independently, because the 2500W kettle becomes a 600W kettle thanks to the dimmer. Magic... The 2000W e-heater becomes a 500W e-heater with a dimmer, which can run 12 hours a day free of charge via PV. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-QbLWDbJi6ew.html . The 4000W oven is also tamed. Not the solar systems have to grow, but the consumers just have to drop by 75%, which is sooo easy with the dimmer. are you convinced now I have already switched my entire household to dimmers. Please have a look at my channel. ............. 🌞 ...................... Increase mini PV solar self-sufficiency (winter and camping): A boiler and other power-hungry consumers can be infinitely reduced using the "5000W dimmer". Ebay €7. I run 5 dimmers in parallel on an 850W inverter. Kettle 2.2KW at 150W runs 12 hours a day, so the water is always hot. The room is also nicely heated. 2.5KW washing machine runs in parallel with dimmed to 400...600W and always reaches its 60°C, and also its 1400rpm... It doesn't matter to the washing machine whether it changes the washing temperature to 5min@2500W or 100% can be achieved free of charge via existing PV power in 20min@600W. The wash cycle lasts the same time dimmed and non-dimmed, 3Sth 10min. The iron, dishwasher, oven, electric heater, waffle iron, coffee machine, all internal heating are throttled with me. Videos on my channel ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-eC2olbCBhh0.html The inverter stays cool, quiet and the MOSFETs + (battery) remain intact because no extreme current peaks arrive at the inverter. Now every Mini PV Inverter is enough to sell large devices. So, with the dimmer, all internal heaters/devices can be converted into base load devices that stay almost permanently ON, drawing very little current directly from the PV. With a wattmeter / energy cost measuring device you can then measure this perfectly in order to set the dimmer optimally. .................
GIVE the guy a break. Clearly you can see it is a proof of concept. Anyone who can come up with and idea like this and execute it can clearly see the issues. Geez…..
Good design! The impact, that is created, when the blades touch its limitation will destroy them by higher windspeed. This impact could be controled by something like a spring or shockabsorbing oilflow. Something that increases its resistance by the power the wind realizes. You can find the idea in something like that, what keeps your luggage compartment lid open or at the Ikea drawers or cabinet doors in your kitchen. Can be mounted without big engeneering effort at the connection from blade to shaft.
This is a good design for low wind conditions. Unfortunately the flapping of the blades is hard to control and uncontrolled blades do not work well in higher winds and destroy themselves rather quickly in these conditions. That said, anyone who can develop a turbine like this that overcomes the uncontrolled blade flapping problem will be on a winner !
I'v been thinking of this concept that the blades turn perpendicular to wind in one side and parallel when the blade turns. what you'v made is the first . but with this configuration it can worn out soon . what I am thinking is a series of gears to interact and the shaft across the middle of the blade so it wont create impact when adjusting towards wind
