KGM1 updates


The KGM1 research program is investigating energy generation using Linear systems and finally the “linear generators” category is starting to appear also in the “Report Reference_economic model for AWES” (thanks to F. Trevisi, R. Joshi, K. Petrik), and that would be fantastic be able to generate a use case that thoroughly analyzes its economic and industrial potential (which based on our projections will be of importance from every point of view).

Still lacking a budget (and we’re working in our spare time), but the program is now well taken care of and ready for take-off and I believe it is likely that within the year there will be other significant innovations… therefore I am sharing with you the most recent updates on the topic of communication:

• Animation of PROTO 3:

[Video] KGM1 on LinkedIn: A simple animation to explain how the Proto 3 works.

  • Renderings PROTO 3:

KGM1 on LinkedIn: 03/2024: Proud to show the first rendering of prototype 3 - Concept Design…

  • Video Test PROTO 2:

https://www.youtube.com/watch?v=ZYg7x9R8dCU

  • Interview (Easy Enginerering):

KGM1 on LinkedIn: INTERVIEW WITH GHIVA PROGETTAZIONE CAD

Any feedback / impressions / suggestions / help are welcome!

Happy to receive new followers on the Linkedin showcase KGM1!

4 Likes

Congratulations @MarcoGhiva ,

“Linear generators” seem to be a good way to optimize crosswind kites.

Thanks a lot Pierre!

Cool @MarcoGhiva
Skills

Can you share the predicted power/time curve you mentioned on the LinkedIn post?
I’m going to argue that rotary ground gen is also always (never say always… Or never) positive output
:muscle:t2::star_struck:

In blu, on the right.

3 Likes

Of all kite systems I’ve seen I actually like Rod’s turbine and your linear system the most. Nothing scientific about these preferences yet… it’s probably because it feels like “what kitesurfers do” when the wind drops

1 Like

This, other than the semplicity, was exactly the aim of this resarch. I have seen a big potential, but now we need a budget and partnership. Thanks a lot Rudo.

I wonder if this type of belt for linear motion, as just discussed, could be suitable for KGM1 linear generator:

I don’t think so Pierre, on the one hand I just have to transform the linear movement into rotation, then the force peaks are very high. Third, until there is a real budget, KGM1 engineering will unfortunately be on standby. Thanks for your support.

KGM1: Sustainable Energy to Combat Climate Change (A Free, Virtual Lecture)

  • Wednesday, September 18, 2024

  • 2:00 PM 3:00 PM

  • Hamptons Observatory (online)P.O. Box 3095East Hampton, NY 11937US (map)

REGISTRATION REQUIRED FOR THIS FREE VIRTUAL EVENT:

Register

Hamptons Observatory (HO), a 501(c)(3) NYS nonprofit that relies on public support has served the South Fork since 2005. Hamptons Observatory offers all of its programs free-of-charge so that everyone can enjoy the wonders of their Universe. Please consider making a tax-deductible donation to help support our work. Thanks!

Virtual Astronomy Lecture:

“KGM1: Sustainable Energy to Combat Climate Change” (A Free, Virtual Lecture)

SPEAKER: Marco Ghivarello, MEng, founder of the KGM1 Research Project

CO-HOST: Cornell Cooperative Extension

Registration is required: https://bit.ly/KGM1-Talk

Hamptons Observatory and Cornell Cooperative Extension are honored to present a free, virtual lecture by Marco Ghivarello, MEng.

Led by GHIVA Progettazione, the KGM1 Research Project is at the forefront of Airborne Wind Energy (AWE) technology. KGM1’s groundbreaking technology utilizes kite-like wings to capture high-altitude winds, thus generating clean electricity without the environmental footprint of traditional energy sources. By mitigating greenhouse gas emissions, this technology plays a crucial role in safeguarding our environment for future generations.

One key advantage of KGM1 is its ability to provide sustainable energy solutions to remote communities and areas affected by natural disasters. In these contexts, where conventional power grids may be undependable or non-existent, KGM1 offers a reliable source of electricity that can be quickly deployed to support essential services and aid in recovery efforts.

In addition to being able to integrate with existing power grids, KGM1 has the potential to bring clean energy solutions to a global audience: to serve over 800 million people currently without reliable access to electricity. Plans are in the works to test this technology for application in remote locations, such as those inhabited by indigenous communities, to solve their lack of energy issues; subsequent endeavors will include applying the technology to larger, on-grid installations.

Marco Ghivarello, MEng, is a seasoned engineer and entrepreneur with significant contributions to the automotive, aeronautics, and energy sectors. He managed MG Design Srl from 2001 to 2006 and has owned GHIVA Progettazione since 2006. With over 70,000 hours of professional experience, Marco is a leading innovator in Airborne Wind Energy (AWE), holding 12 patents—six of which are related to AWE—and several more pending. His engineering background and practical expertise, supported by his diploma in aeronautics and licenses in glider and paraglider piloting, has positioned him as a critical thinker in the AWE community, often challenging traditional academic approaches with practical solutions. His work includes numerous technical publications and involvement in endeavors such as the WATCHDOG Project (two custom AWE wings and an innovative paramotor for motorized paragliders), demonstrating his dedication to advancing engineering solutions. He is based in Turin, Italy.

Hamptons Observatory extends its deepest thanks to Marco Ghivarello for generously taking the time to share his expertise, and to co-host Cornell Cooperative Extension for their kind collaboration.

While this lecture is free, donations to support our programs are needed and deeply appreciated regardless of the amount. To make a tax-deductible donation to support our mission, please click HERE. Thanks!

REGISTRATION IS REQUIRED FOR THIS FREE, VIRTUAL EVENT:

https://bit.ly/KGM1-Talk

Contact us for further info, questions, or to join our mailing list.

Typical delusional nonsense from helpless wind energy wannabes.
If their goal is not cheaper electricity, they don’t understand what they are doing.
The “disaster relief” meme is just a typical symptom of a soon-to-fail wannabe wind energy innovator.
Where is it supposedly needed? Its best use-case? Where people need reliable power for an emergency.
What if there is no wind at the disaster site?
Well, they don;t expect anyone to think that far ahead, they just want a compelling do-gooder talking point.
If it is that reliable and ready to go at any time, why wouldn;t it be used for non-diasaster situations?
Why do these people always think their otherwise useless idea would be needed in an emergency/disaster situation? So they could tell people needing surgery to wait a few days until the wind starts up again?

Box checked - symptom recognized - yes this patient has red spots, yes it is chicken-pox.
Wait - do they use the swirly-Makani-esque logo?
It really is amazing how these people are all the same!
La Brea Tar Pits, here we come! :slight_smile: