Battery expertise continues evolving quickly, however one key problem persists: effectively and precisely monitoring every battery cell. Dukosian organization with over twenty years of expertise, has developed an revolutionary chip-on-cell expertise designed to reinforce the administration of battery cells, providing options tailor-made for automotive, transportation, industrial, and power storage purposes. Charged lately talked to Dukosi’s Joseph Notaro to study extra in regards to the tech.
On the core of Dukosi’s innovation is a compact chip positioned instantly on every battery cell. This chip constantly displays vital metrics, together with voltage and temperature. In contrast to conventional wired monitoring strategies, Dukosi’s method transmits knowledge wirelessly by a proprietary contactless antenna system. This implies including battery cells turns into as simple as stacking constructing blocks, considerably simplifying scalability from only one cell as much as a whole bunch or 1000’s.
A key development from Dukosi is their C-SynQ protocol, a proprietary system that transmits knowledge in a synchronized, star community configuration. Traditionally, battery monitoring has been difficult by the necessity for intensive wiring between cells and battery administration methods (BMS). Dukosi’s answer reduces this complexity dramatically, utilizing a single cable to watch quite a few cells concurrently, facilitating seamless integration and considerably faster deployment.
One other cool characteristic is Dukosi’s “Cell Passport” expertise. Every cell-mounted chip incorporates built-in reminiscence, storing lifetime data together with manufacturing particulars, chemistry composition, and significant operational occasions, similar to temperature spikes. This knowledge assortment helps battery house owners consider cell well being and suitability for second-life purposes—essential in extending the general lifespan and sustainability of batteries.
Dukosi’s expertise is notably agnostic to battery chemistry and cell sort. Whether or not cells are prismatic, cylindrical, or pouch format, or whether or not they use superior chemistries like lithium titanate, lithium iron phosphate, or nickel-manganese-cobalt, Dukosi’s chip-on-cell system precisely displays and experiences important cell efficiency knowledge. This versatility makes Dukosi’s options interesting throughout numerous industries and purposes.
By capturing synchronized cell-level, Dukosi allows battery administration methods to ship exact state-of-charge and state-of-health assessments. Operators can safely and effectively extract extra usable power from every cell, optimizing general battery efficiency and reliability—vital concerns as battery methods turn into more and more complicated and widespread.
Be taught extra at: https://www.dukosi.com/
