You'll need a big frame. 
https://www.youtube.com/watch?v=IMc7HQj3gVE
https://www.youtube.com/watch?v=IMc7HQj3gVE
When life gives you lemons...2000V 😊
- Thread starter nicobie
- Start date
SafeDiscDancing
10 kW
- Joined
- Jan 3, 2022
- Messages
- 514
Clearly we need to shut down all existing power sources and switch to Lemons.
In fact... we need something called a "Lemon Law" to protect the consumer from power sources which unfairly enhance plant growth by giving away excess CO2. Plants could grow too rapidly if given their favorite gas to breathe.
Plants are to be declared "bad" unless they are Lemon trees.
And we plan to grow these Lemon trees in areas near the Arctic Circle.
The answer is protest !!!
We must Virtue Signal with a big protest.
In fact... we need something called a "Lemon Law" to protect the consumer from power sources which unfairly enhance plant growth by giving away excess CO2. Plants could grow too rapidly if given their favorite gas to breathe.
Plants are to be declared "bad" unless they are Lemon trees.
And we plan to grow these Lemon trees in areas near the Arctic Circle.
The answer is protest !!!
We must Virtue Signal with a big protest.
eMark
100 kW
Just one 1S string of 56 Grade A lemons produces 42 volts. Fiftythree strings of 56 parallel rows equals 2,968 lemons. The extra 32 lemons (3000 total) are for replacing any Grade B lemons that initially test less than 7/10 of a volt - 
Just one 56s53p Grade A Lemon Battery would supply a lot of "juice" for a 10s53p "lemon" of a pack. As previously explained to nicobie it's best to have the same number of series connections as parallel connections to get the most efficient optimum performance from her organic environmentally safe lemon pack. Extending its life ALAP -- :thumb:
What she needs to configure is the most efficient polarity connections when each lemon is cut in half. Nicobie could place one halved lemon on top of another halved lemon maintaining correct polarity resulting in 1.5V and thus requiring half as many series and parallel connectons. The two sandwiched sliced in half lemons could be sealed together thus preserving the "juice" so as to extend the life of her lemon battery AMAP.
Previous Guinness World Record -- https://www.youtube.com/watch?v=6fDail5bvss using 1,008 lemons sliced in half (cutting edge technology) resulting in 1,275.3V. The new record of 2,307.8V used 2,923 lemons. Is it the real winner?
The same person created both batteries. The record (circular one) is remindful of Semour Gray's CDC Supercomputer
One juicy Grade A lemon at Walmart today costs 62 cents times 3000 equals $1,860.00 -- without a quantity discount
Just one 56s53p Grade A Lemon Battery would supply a lot of "juice" for a 10s53p "lemon" of a pack. As previously explained to nicobie it's best to have the same number of series connections as parallel connections to get the most efficient optimum performance from her organic environmentally safe lemon pack. Extending its life ALAP -- :thumb:
What she needs to configure is the most efficient polarity connections when each lemon is cut in half. Nicobie could place one halved lemon on top of another halved lemon maintaining correct polarity resulting in 1.5V and thus requiring half as many series and parallel connectons. The two sandwiched sliced in half lemons could be sealed together thus preserving the "juice" so as to extend the life of her lemon battery AMAP.
Previous Guinness World Record -- https://www.youtube.com/watch?v=6fDail5bvss using 1,008 lemons sliced in half (cutting edge technology) resulting in 1,275.3V. The new record of 2,307.8V used 2,923 lemons. Is it the real winner?
The same person created both batteries. The record (circular one) is remindful of Semour Gray's CDC Supercomputer
One juicy Grade A lemon at Walmart today costs 62 cents times 3000 equals $1,860.00 -- without a quantity discount
