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this is a prototype it gets covered w/glass. if inverters were the way we would not have the trouble we have had for 50 years. they only have a 5 year max life. I can promise 20 with mechanical means. This is a concrete concept based on teslas theories of electricity generation. our current grid is powered by mechanical means. seems to be working quite well. thank you for your comments i will address your questions as soon as i can with video proof or you can stop by my shop.
Not much surface area being solar-exposed at a time, and when it snows, it’ll jam up. Counting on a mechanical device is counting on more maintenance in the long run… Just because it was patented doesn’t make it a good idea…
Lets see it actually power something.
@Courtlat1986 this unit is a prototype. It has a built in phase synchonizer that cost about 1$. No inverter required at all the price per watt compared to a typicle solar unit is approx. 1/3rd the price. This is a plug and play system put it on and plug it in.I thank you for your comments and interest.
1. Like b0rg0br0nX said, reduced surface area exposed reduces space efficiency.
2. The motor uses power to turn and takes up more area of the panel
3. What if the motor fails? It is much easier to replace an inverter on the ground.
4. What about at night? You would have to rectify the AC to store in batteries.
5. You would have to phase sink ALL the panels. Wiring gets crazy.
Exactly Drak, its called an inverter, much more practical. Only need one for a whole array.
@drakcoreoriginal such as a simple flip flop circuit energizing power relays to synthesize the sinusoidal wave?
78.5% is the panel area of the circle (1 / 2 at time is exposed to light)= 39,25%
21.5% is the panel area to power the DC motor.
100 % of the energy from a solar panel of the same features continuosly + a Solar Grid tie inverter with a efficiency>97% 4.
U have done a bad job.
Why use mechanical, why not just use a chip/variable resistance to cycle between the two?
That would save on mechanical and no moving parts.
Or perhaps just use one panel/all as one and jump back and forth from both polarity of the power to get AC.