Current collector plates serve as an interface for an entire group of individual EV battery cells to combine their power into a single output to external circuits, which meets the desired performance specified for a particular EV battery’s design.
However, EV batteries tend to develop hot spots across conventional collector plates, which places stress on individual battery cells. Furthermore, another important aspect to consider is that current collectors have been found to undergo dissolution and corrosion in the course of electrochemical cycling.
This current collector degradation can lead to detrimental effects, including the limiting of battery power, a reduction in the normal operation of the battery due to reduced lithium-ion mobility and electrical conductivity, and the loss of battery cell capacity.
Of even greater importance is that battery safety can be impacted by current collector degradation, which may lead to short circuits, sudden increase in temperature, and potential catastrophic failure.
How Can CCS Design Achieve Uniform Current Density?
EV batteries tend to develop hot spots across conventional collector plates. ENNOVI-CellConnect-Round addresses this issue with patented U-Turn technology, which yields a uniform distribution of current density.
This ensures that current density is distributed as evenly as possible for multiple configurations. Furthermore, providing a thin, tough structure results in an excellent current density spread, which ensures consistent performance and efficient, low-loss energy transfer.
What Are the Technical Benefits of Even Current Distribution?
Achieving an outstanding current density spread directly reduces the mechanical and thermal stress placed on individual battery cells. This uniform distribution is closely connected to an extended battery pack lifespan and improved overall vehicle performance.
By mitigating the development of hot spots, the system allows for optimal battery operation, helping batteries perform better, go further, and live longer with extended driving ranges.
This issue is addressed with patented U-Turn technology, which yields a uniform distribution of current density. By reducing stress on individual battery cells, U-Turn helps batteries perform better, go further, and live longer.
How Does U-Turn Technology Address Hot Spot Challenges?
To directly address the challenge of hot spots, patented U-Turn technology is specifically designed to yield a uniform distribution of current density.
ENNOVI-CellConnect-Round applies this advanced technology to overcome design complexities, assembly efficiencies, and space constraints in cylindrical battery modules. This enables high-volume manufacturing while maintaining tight-tolerance current collectors and super-efficient, low-loss energy transfer across a wide variety of cell array configurations.
Engineering Thermal Excellence: The Path to Cooler, Longer-Lasting EV Batteries
EV batteries tend to develop hot spots across conventional collector plates.
ENNOVI-CellConnect-Round addresses this issue with patented U-Turn technology, which yields a uniform distribution of current density. By reducing stress on individual battery cells, U-Turn helps batteries perform better, go further, and live longer.
Contact our team today with your battery requirements, and we will work with you to optimize your specific use case through advanced simulation, prototyping, and innovation.