I want this page in english version because so could every body to read this.
My previous project , is working good at small scale but i could not increase the amount of energy that is deliver to battery. So i decided to use an old Bedini trick, capacitor pulser in inverted method. So in my first stage i produce high voltage impulse as previous shown and then in second stage i use a 550 uf 200V capacitor to dump this impulses in battery. In picture you will see the old deep cycle sulfated batteris that is taken the capacitor dump very good. I could be able to run a led bar all night at 8.36 V with no voltage decrease. I repeat this is sulfated battery .Standing voltage is about 9.40V. Anyway i increase the number of mosfet that boost my energy production. Because of this fet driver capabilities that i use , i can put up to 6 fets. That means that you can achieve the requirement at whatever power level you need. You can that way choose how many battery you want, how many solar panel you want. The sistem is very simple and flexible.
we will do some math , to see total efficiency of system. Well the total input is 13V X 1 amp=13watt.At output i produce 1000/60=16 pulse per second of 550 uf at 20v. this wil give me .11 watt x16=1.8 watt per second. So im able to push hard an 60ah deep cycle batteries at very low energy. Acording Bedini this pulses are negative energy or pure potential, massless energy that can charge battery internaly by moving the ions. Curently my battery drops under charge at 9.78 v.
Until now this sistem is at temporary peak frequency, 25khz.Im working at radio frequency, and the sistem is not produce heat in circuit or in battery. As you see until now ,no heat sink is needed. I only cool with fan the coils.The sistem is run smoothley, I wait some change in this sulfated battery. I will increase the frequency at 30khz, i am limited to max 60khz because my pic is not use the quartz, i use only internal 8mhz. But as i observed the voltage is direct proportional with frequency and i expect rise in voltage on cap.
i have increase the frequency at 30 khz as you sse in image, no major change but little cap voltage rise. The battery start to recieve the charge because voltage drop to 9.4V
After ive reached in chaarging mode 11.4 v on battery , i let it to discharge all night with 2 power led at 3 w each. In the morning i found the leds running ok and the voltage was 6.05V. I started to charge the battery from 9 am to 14 pm. i stopped at 11.5 V in charging mode. So only 5 hours took to recharge the battery at a previous level. I will see next day the voltages.
Something that is important i want to say. It seems that if i lower the current input by reducing the duty cycle i am getting the same amount of radiant energy, so further increase of current is usless. This isvery encouraging because this application will be suitable for solar panel. I can say that i will able to run the system also in absence of sun because 9v is sufficient to produce high voltage spikes. These days i will put one more fet module, to increase the battery healing process.