FuelPositive Corp (NHHHF)

[Paulness]

Conclusion

The EEStor exponential Stacking Effect breaks the classical laws of capacitor physics.
It allows stacks to be designed for either maximum energy density or to extend self-discharge time constants, depending on the application.
Phase 4 third party tests suggest EEStor might, if it scales, increase the energy density of a capacitor up to 6.2 times using a 1,024 layer stack, while increasing its time constant about 500 times.
Phase 5 third party tests indicate EEStor can alternatively increase the self-discharge time constant of a capacitor 2,210 times using a 1,024 layer stack.
The ongoing EEStor quest for 3 orders of magnitude higher permittivity will further increase the time constant by the same 3 orders of magnitude.
It thus opens the door to the design of dielectrics that are optimized for higher energy density without sacrificing any self-discharge time constant.