Passion to produce and apply green energy in everyday life (vehicles, factories, production lines, you name it). Green energy is the kind of energy that doesn't produce environmentally or ecologically hazardous waste: either CO₂ or any other un-recyclable waste that goes right into air, soil and so on.

Tags:

energy solution, green energy, cheap efficient energy, renewable energy, zero point energy machine, EBM (energy by motion), SVP (sympathetic vibration physics), TESLA energy generator, solar energy, wind, organic materials, water fuel, artificial photosynthesis, tidal comings in and out, electrolysis, self running fuelless generator, Magniwork, Bedini SG, AC/DC converter, Daniel DINGEL, Robert STIRLING air engine, Leslie I. Szabo, John Worrel KEELY, Dale POND, Derek TAYLOR, WITTS, Daniel NOCERA, eco-technology, battery, curcuit, voltage, magnet, living off the electric grid, 7 trillion $ industry.

Links:

→Bedini motor basics, →OtherPower, →DanielDingel, →WaterPoweredCar, →Magniwork, →Magnets4Power, →WITTS, →33energy, →tmz enerji, →Master, →Electric Cars WITHOUT batteries, →Solar+Stirling Generator, →Bill Gross

Todo (2)

Copper shop list (done)

Automobile market 777 (Police school, Voronova 12g, Kronshtadt store — at the basement level).
moped24.ru
“Extrim” (on the way to Divnogorsk)
kras-moto.ru (Vil'skogo 17, close to BSMP, TEL: 242-36-26, 249-96-94).
kras-moped.ru (Lomonosogo 22, to the left of railway station, in a garage).
sib-moto.ru (Berezina, Polyarnaya 7).
“Rubicon” (Godenko cross Kopylova, at the basement of the shop).
“Avtostrada” (nearby the infinite fire square).
japanscooter.ru

Plus I've found a really nice scooter-howto website scooter-tronix.ru
Amazing, incdedibly deep and detailed tutorials and howtos: motopian.ru
All the models of scooters at motokrolik.vinnitsa.com

P.S. My bike has arrived (sep 19th 2011):

That's the helmet I got today for no price almost (a pack of waffles).

I'm gonna obtain a low-emission vehicle, namely petroleum scooter (one of the following) — they normally take about 1.5-2.0 liters per 100km. Here's prices for some scooters from a cool shop:

==== SUZUKI ====
SEPIA (CA1EA 1989 59kg 6.8HP)		270$
SEPIA ZZ (CA1EB 1990 7.0HP)		320$	*Front brake is DISK
SEPIA ZZ NEW (CA1EC 1991)		320$	*Front brake is DISK

==== HONDA ====
DIO-1	(AF18 1988 6.4HP)		290$	
DIO SR-1	(AF25 1990 6.8HP)	320$	*Front brake is DISK
DIO-2	(AF27 1997)			380$	
DIO Fit	(AF27 1997 5.6HP)		400$

Matter of fact, I adore electrical scooters, but they perfectly fit within-city distances, not city-to-city ones. But I need those ones. If electrical scooter can do upto 90km per battery charge (which take 6-8 hours), petroleum scooter does easily 200km, some -- 400km per tank fullfill.

→ Suzuki Sepia ZZ (on youtube)
→ Variator -- automatic gear switching system for scooters (on youtube)

→http://fiz.1september.ru
→http://fiz.1september.ru/topic.php?TopicID=14&Page=1

Вот например, замечательная работа по инфра-красной съёмке: → (more about IR camz→).

Или вот “Явление электромагнитной индукции и закон Ленца” →.


 

Владимир ФИСЕНКО -- альтернативные источники энергии. Петербург.

→http://mera.su/new-life/eco/dvigatel-mashiny-rabotaet-na-vodyanoj-bataree.html
→http://panaceauniversity.org
→http://www.panacea-bocaf.org

The thing I like the most about technology & natural science is that it works always and independent from people's opinions & beliefs and philosophy. It's so great, because nobody is capable to destroy it. Not even the most rich people in the whole universe.

Flipside is that it takes a whole lotta hard work to reveal & discover those laws & rules. Fortunately, so much stuff has already been discovered that it has a potential of several thousand years of applying.

I asked John to help me out:

Excuse me, I have a question that you may help me out with.
I have a regular HDD drive and I'm trying to fix a magnet upon it, so if I actually turn HDD on, the magnet would start spinning and I could get some induction from a coil.
But I tried many ways to fix a magnet upon disc surface, and keeps tearing off coz RPM is too high (somewhat like 6k).
You may take a look at poorly glued magnet and spinning HDD.

And he replied:

The surface of the drives is incredibly slick: it's going to be hard to glue anything to that. Plus, the speeds on even a slow old hard drive are incredibly high -- and I know you're looking for that, but balance is going to be critical and very difficult to manage.

What my friends who are building stuff like this are doing, and I just machined one of these for a friend, is putting rare earth magnets on steel circular platters. Steel or iron because they have very high magnetic permeability, especially compared to the glass that's used as the substrate for a lot of hard drive platters. The idea is you have two discs about a cm apart, and on each disc you have magnets, alternating north and south pointing out of the plane of the disc, as the rotors. Then between them you have a stator that has all the coils in it, so you have a continuous magnetic circuit. Generally if you have 8 magnets you have 6 coils and produce three-phase power. Even then, if you're running your windmill over a thousand rpm or so, they'll start to slide off so ideally you take a mill and cut flat-bottomed/blind holes in the disc to retain the magnets. (And even at this rpm you run into some issues with balancing.)

If you're convinced that you want to use a hard drive, you might try disassembling the platter stack. Usually the platters are clamped between bushings, held in compression, and you might be able to remove a bushing and substitute a thin piece of steel in place of the platter. The magnets should both hold and glue a lot better to thin steel, and you don't really lose anything by ditching the platter because you're going to have to balance it anyway.

→http://picasaweb.google.com/klopix/GreenEE (pix)
       
  See also video on induction of mine: →http://www.youtube.com/watch?v=gRSdgpFFJuw

→http://www.flyelectric.ukgateway.net/motors.htm

Another Electric Vehicle project: Regular Mazda to EV:
→http://acuteaero.com

Michael Prokhorov's car project, ZAP Xebra, Tata Nano

(+) Finally picked up mangents at Post Office

(+) Ordered 10 cube magnets from Germany.

(+) Got 1km-long copper enamelled wire.

(+) Have been to 2 electronics shops looking for copper wire: they ain't got it. (Vart&Pchelka). Found yet one more place to visit: «Юнит» close to Semiconductors institute.

(+) Found 2 more places to visit for copper wire.

(+) Have been to that «Гидроцветмет» place for copper wire — they said they ain't got it, but took my phone *just in case*.

(+) Obtained 3 more perfectly circle shaped pmagnets.

(+) Went to NSU in search of copper wire — eventually got an address to go and check out if they sell the kind of wire I need. «Гидроцветмет», +7(383)332-52-55, bus#1052.

(+) Put request for copper wire at about 10 different online electronics shop places.

(+) Read 40 pages of transistor book called [Russian] «Транзисторы -- шаг за шагом».
 

(+) Purchased: variable resistor 10kOhm, npn-transistor bd911, dc power supply, 8xdiode, 10xwire with clamps, screwdriver set.

(+) Obtained and opened (broke) 2x3.5" PC HDD to get the stepper motors.
 
 

(+) Found John BEDINI's motor generator basics.

(+) Made some coil cores from coins taped together.
 
 

(+) Got my first induction (Video): ~2.0V from a fairly strong permanent magnet, copper wire coil and small lamp.
 
 

(+) Get multimeter (<~20mV).

(+) Get soldering iron, solder.

(+) Mathematically analysed gears speed ratio.

(+) Bought a 3V dc motor.

(+) Extracted pmagnets outta that god-knows-what thing. The magnets are astonishingly strong. Yay!

(-) Tried to build up a dc motor generator, but finally realized I gotta get some perfectly shaped tiny magnets (-), some rapid glue (+) and put all that nicely on a disk, not how I did today :) The disk was shaking and swinging, but did't actualy rotate. Also I realized that for the coils I need a very long enamel wire, like 40m+ long. And also a metal kernel.

(+) Got real huge p-magnets from Rmnsky. He also allowed me to take 10 meters long single-thread twisted pair cable, real nice wire. So, I've got the magnet and the wire... I gotta build a generator now.
 
 

(+) Rdkv's gonna bring 0.3-0.5mm 30 meters long copper wire for free on November 2 (Monday).

(+) Rmnsky's gonna bring permanent magnets also for free on October 30 (Friday). Madmax also said will try to take some from job. Got two little magnets from Sdkv.

(+) I bought some low-voltage lights today at local radio store. Made easy connectable to battery handlers for them.

(+) Handmade a low-friction propeller on a stick.

(+) Looked for permanent magnets at university electrical laboratory, market place©, holiday©, two people at work. They ain't got it. Gotta keep looking for the p-magnets. Figured out some radio local markets (berdsk market, novoelectronica).

(+) Got from Ivan(SL) 2 PC coolers (big & small).

(+) Added «Self-Running 900W Fuelless Electrical Generator» video. Didn't really figure out how it works. But also saw some ultimately simple and working schematic engine on p-magnets.

(+) Signed up for witts© newsletters, figured out I gotta firstly donate a hundred bucks in order to get the DIY instructions documentation. Didn't donate. Instead found another paper called «Practical guide to ...»

Ivan Yurlagin,