Electrical Load Current Used +Stored In Capacitor And Resused For Efficiency

Started by unknown · date unknown · 1 post

1. russrHHO

   #1 · 25 Jan 2025

   
   
   Another simpler electrical bench top circuit project could be done, but others will complain to you about it and say your wrong. New technology is "always wrong" to most people and those with degree certificate on wall. They don't want to hear of things like this.
   
   9 Volt battery, jumper wires, capacitor, incandescent low volts bulb, lumens meter, push switch, and seconds stop watch. IN GENERAL now, a capacitor is not an electrical load. Some are more efficient than others , like polypropylene types. Electrolytic caps store more energy and are considered DC type with polarity. A motor or resistor are considered electrical loads. You can RUN an electrical load from source power volts THROUGH bulb load and through capacitor to opposite pole of battery. A battery that's charged is out of balance with too many electrons just on one side. IT wants to be leveled at zero. The load can run for 6 seconds and show work done as light emitted and shown on light meter. Battery disconnected. Bulb can run again on stored power from capacitor and get more work done. Meter shows amount of lumens. Bulb used direct from battery shows APPROXIMATELY same lumens on meter for same time period. Measure current used with/without capacitor! Did not say overunity or free energy. You are just making use of circuit as more efficient. Also 2 caps in parallel in same circuit , can be switched in series for double volts and put SOME energy back in battery as well as the earlier work done. A battery needs slightly higher volts to charge. Manuals available from EAGLE Research called Energy Conserver. They use large computer capacitors as better as main power than a battery as exact formulas can be used with capacitors. Check it out!