ANode, cathode, and "biode"
ANode, cathode, and "biode"
Embedded Files
Challenge
Challenge
To tackle climate change, batteries are crucial especially for e-mobility and energy storage of renewables. To achieve this, we need to develop new materials or new types of batteries; however, it requires a lot of time and investment. In fact, for the past 30 years, the basic principles of Li-ion batteries have remained the same. While power transmission/distribution and motors have both option of AC and DC, all the batteries work by DC.
Our AC batteries
Our AC batteries
We have developed the world’s first standalone AC battery by a “Biode” (patented). The Biode is a new word we created. It has both characteristics of an anode and a cathode. Together with an external single switch, our AC battery can create AC from a single battery and a single switch, regardless the number of electrodes. We already have several prototypes.
Safer ➜ Improved yield rates
Safer ➜ Improved yield rates
Costing less to compensate the Biode cost
Reduced Cost of Battery Electronics
Reduced Cost of Battery Electronics
Minimize inverters/converters
Double the lifetime
Double the lifetime
(Our estimates. Discussed with third party experts)
Compatible with Existing Materials and Battery Production Lines
Compatible with Existing Materials and Battery Production Lines
Same supply chain
30% higher capacity with Cockcroft-Walton Multiplier
30% higher capacity with Cockcroft-Walton Multiplier
(Testing to confirm)
Chemistry Agnostic
Chemistry Agnostic
Not only Li-ion but any type, e.g. lead acid and all-solid state batteries
Flexibility
Flexibility
Applicable to existing systems/infrastructure using AC and easy conversion to DC
INTERESTED IN OUR TECHNOLOGY?
INTERESTED IN OUR TECHNOLOGY?
Follow us
Follow us
© 2018-2021 AC Biode® All Rights Reserved
Report abuse