Sun Orbit - Showcase explained by Jürgen Kleinwächter
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- čas přidán 1. 10. 2015
- An innovative low Temperature Stirling Engine „Sunpulse“ opens new ways toward local energy autonomy. It uses the heat of conventional rooftop solar collectors, stores it in heat storage vessels and transforms this heat 24h in all desired energy forms. Total Energy Module. The cooling is produced by a Coolpulse.The Electricity produced during daytime by a photovoltaic pannel drives the Coolpulse. The cold is stored in a cold storage for a 24h use. The COP of 5 transforms each unit of electricity in 5 units of cold. Simple construction, high thermodynamic efficiency lead to „ECO-Hightec“.
- Věda a technologie
Hello from Russia! Nice job!
Great Work ! ! I love your concepts of using PV and Direct heat collection in combination to run the system. Thank you for the video
Very very good. Thanks
I think you should get going on this. It should be world wide. What is the problem? Its been over 4 years now. Come on lets go !
Funding for large projects is hard to come by, but we do have things like kickstarter now so there is hope.
@@thermionicemission6355
Kindly provide me your E-mail for mote details.
My E-mail is topsre@gmail.com
Good man and perfect engine!
Спасибо Новатор !!!
A Very good project and excellent presentation, thank you. :)
Why don't they start a campaign to collect money for opensourcing the blueprints?
I hope you read this, look into kickstarter and other websites, there you can get people to fund you to kick-start your project if you are struggling with funding. Best of luck!
Very exciting!
It's almost 2024, how about an update or a schematic drawing so we all can make one.
I think even if this machine makes slightly less energy than a solar panel of equal size, this would still be the better option. In a grid down or emergency situation, if the system were to break you could machine new parts and fix it with common tools. You can't do that with solar panels, you'd just have to buy more. But if they were not available because of supply chain issues, war, or natural disaster, you could still generate power this way.
Was kostet es so eine Anlage zu bauen? Es ist immer wieder schön auf Innovative Projekte zu stoßen die Lust auf das Nachbauen machen. Aber es ist schade in der westlichen Welt nicht die Pläne dafür zu finden. Zumal sich diese Projekte auch in Europa umsetzen lassen.
I want one!
if i wanted to run it with water cooling and waste heat recovery would I be able to set that up?
In 50 years everyone will live like this. I hope.
In 50 years we will have no internet
@@Ponk_80 I don't think they are using the internet.
So what happened? 😥 Either greed got involved in some form, government got involved, or death was involved. Which was it? Either way, this has helped the world solve their problems. Thank you!
Это заговор глаболистов не дать развиватся.
sometimes shit just doesn't work dude.
lol simple calculation would tell you why. By the look that box is typical modular container, with a size of 3,66x2,44x2,44m, that make the solar collecting suface where they have those solar glass tube attached = 2,44x3,66~8.9m2 for 500w. Solar panel can give you minimum 150w per m2. So you can replace the engine and all those solar tubes with 9m2 solar panels, and get 1,3kw easily, that is if I take the minimum ratio, because a 2 square metters panel promise 450W, which usualy deliver less. And obviously 9m2 solar panels cost way less than all these engineering craftmanship. So unfortunately this thing can never be cheaper and effective than solar panel. And can never be cheaper than solar panel + acid or even lithium batteries, because the vacuume heat storage with heat storage liquid is serious engineering product, and cannot be cheap, car acid batteries however is avaliable everywhere. The only application I see is use it where you have heat waste, but even there you would end up investing a lot of money to build this system and the upkeeping cost to replace parts especially the membrana, which is not something avaliable on the local store can be more expensive then the entire energy this thing can produce. And given that even solar panels cannot return its investment within the service time (dont trust the green propoganda, it is not, you have to pay for clean water and labor cost to clean the panels), then what is the chance for this complex engineering work of art?
Wao
301+++
Still nothing? What a waste!