Motor controllers are an integral part of any electric vehicle (EV) because of the critical role they play in regulating the electric motor'

'Electrode polarization' in lithium-ion batteries is a complex interaction of electrochemical processes and material properties. It...

The success of lithium-ion batteries heavily depends on the cathode material, which determines the capacity, stability, and safety of the...

The configuration of lithium-ion battery packs, particularly the total number of cells connected in series and parallel, has a great...

Lithium nucleation is a crucial phenomenon in the area of electrochemical systems, particularly within the scope of lithium-ion and...

A lithium-ion battery pack typically comprises many cells arranged in series and/or parallel configurations. The integration of multiple...

The essence of the Thermal Runaway (TR) phenomenon lies in an imbalance between heat generation and dissipation within the lithium-ion...

Localized High-Concentration Electrolyte (LHCE) technology emerges from the need to address the unique limitations posed by conventional...

Today, as I reflected on the role of regenerative braking in electric vehicles, a thought struck me about its impact on charging the...

Imagine a string of decorative lights. If one bulb blows out, the entire string can go dark. Now, you can either replace the entire...

"Gas Generation' during a thermal runaway event is a complex process in lithium-ion batteries. Thermal runaway refers to a scenario where...

Accurate temperature monitoring is a key for the safe and efficient operation of lithium-ion battery packs and for that it's essential to...

The complex structure and performance of lithium-ion batteries (cells) are substantially influenced by their manufacturing processes,...

Particle Size Distribution (PSD), as the term suggests, describes the range and distribution of particle sizes within a material. Instead...

Transference number, denoted as ‘t+’, is a dimensionless quantity representing the fraction of the total current carried by lithium ions...

Transference number, denoted as ‘t+’, is a dimensionless quantity representing the fraction of the total current carried by lithium ions...

Lithium Garnets represent a crucial material innovation in the emerging solid-state batteries, offering a solution to the drawbacks found...

Think of the current BMS as a diligent librarian in a small library. She knows where every book is and ensures they are well-maintained....

Solid State Batteries (SSBs) represent an innovative approach to energy storage, distinct from the established Lithium-ion batteries...

As the backbone of any high-performance lithium-ion battery system, Battery Management Systems (BMS) play a pivotal role. With the...