INFLUX is leading the research & development of the FLUX CAPACITOR,
a battery with superior qualities and features compared to today’s lithium batteries.
The FLUX CAPACITOR has a 20-year life span, high output, high density and fast charging abilities.
These features combined with a low unit production cost and adhering to the highest safety standards
will make certain that this hybrid capacitor will capture the world’s attention before too long.
The FLUX CAPACITOR
AN ENABLER OF AN ERA WITH
ABUNDANT ENERGY RESERVES.
ABOUT THE FLUX CAPACITOR
The FLUX CAPACITOR is the first battery in the world to combine ultra-high power output,
ultra-fast charging, long life and low manufacturing costs while maintaining the highest levels of safety standards.
The FLUX CAPACITOR surpasses the capabilities of present electric storage devices fulfilling the demands of
high electricity demanding systems such as high-performance smart grids.
The performance of the FLUX CAPACITOR virtually does not deteriorate over 20 years.
20-Year Life Span
in Charge Time
Performance of the FLUX CAPACITOR when compared to a lithium ion battery
Durability (Frequency) · Lifetime (Year)
Structure & System of the FLUX CAPACITOR.
The FLUX CAPACITOR is a compact, high density, high output capacitor with high energy efficiency.
With safety and reliability at its forefront, the FLUX CAPACITOR takes on an exceedingly advanced design.
The 20-year lifespan, energy efficiency, and high level of customizability make
the FLUX CAPACITOR practical all the way from individual household use
to large power plants (e.g. as a spare power reserve and/or a precaution against blackouts).
The FLUX CAPACITOR consists of two electrodes immersed in an electrolytic solution.
A film separates each electrode, preventing short circuiting and loss of energy.
The FLUX CAPACITOR uses static electricity to form an ion layer on a multi-layered surface.
When charge flows through the electrodes, the ions scatter in the electrolytic solution and
arrange around the oppositely charged electrode.
Consequently, the FLUX CAPACITOR boasts higher power output and
reliability compared to today's batteries that depend on chemical reactions.