Discover integrated solutions for battery testing, charging, management, and runtime validation.
Explore how Cadex technologies help improve reliability and keep critical operations running.
Explore Cadex analyzers, chargers, rapid testers, and cloud-connected platforms designed to improve battery readiness, reliability, and lifecycle management.
Explore Battery University, technology research, application notes, white papers, videos, and technical resources designed to help technical professionals, technicians, and fleet managers make informed battery management decisions.
Cadex hardware and software products, featuring manuals, support downloads, technical specifications, application notes and reference guides
For over 40 years, Cadex has advanced battery testing, charging, and management technologies. Explore the people, history, and innovations that have made Cadex a trusted leader in battery care.
Showing results for
Home / Products /
Battery Knowledge
Explore research into battery state of charge, state of health, electrochemical impedance spectroscopy and lithium-ion monitoring.
Technology & Research
By Cadex Electronics
OperationSettings are entered through the host with tests results shown in numbers and by graphics. The system works in local mode by storing test data in the host with optional connection to CadexCloud to share test…
Read researchTechnology & Research
By Cadex Electronics
OperationSettings are entered through the host with tests results shown in numbers and by graphics. The system works in local mode by storing test data in the host with optional connection to CadexCloud to share test…
Read researchTechnology & Research
By Cadex Electronics
EIS analyzes the kinetic reaction of the chemical battery EIS Direct Drive can be built into a compact and cost-effective circuit to scan the battery to assess in capacities of UPS, EVs and BESS applications.…
Read researchPeer-Reviewed Research
By Marvin Messing, Tina Shoa and Saeid Habibi
The accurate estimation of the state-of-charge (SoC) of lithium-ion batteries is crucial for safely operating electric vehicles. One way to obtain information about SoC is to utilize battery impedance profiles. Effects…
Read researchPeer-Reviewed Research
By Hassan Shabbir, William Dunford and Tina Shoa
Since batteries have a limited lifetime, repeated charge and discharge cycles deteriorate their electrochemical properties. With reduced capacity and other changes in state of health, an electronic device may…
Read researchPeer-Reviewed Research
By H. H. Afshari, M. Attari, R. Ahmed, A. Delbari, S. Habibi and T. Shoa
This paper introduces a reliable strategy for the state of charge (SOC) and the state of health (SOH) estimation of healthy and aged Lithium polymer cells. Dynamics of the cell are modeled using some equivalent circuit…
Read researchPeer-Reviewed Research
By Jörn Tinnemeyer
In the last decade, lithium-ion batteries have dominated the marketplace, first in portable consumer products and now in industrial and transportation applications. Every application needs to gauge how much energy the…
Read research