In the real-world operation of E-Scooters, E-Rickshaws, and heavy-duty engineering machinery, the biggest enemy of a battery pack is often not the chemical aging of charge cycles, but constant mechanical vibration.Many battery manufacturers have faced this aftermarket nightmare: a battery pack that
Battery manufacturing efficiency has become one of the most decisive factors shaping the competitiveness of electric vehicles.
In the GWh era of battery manufacturing, production managers are obsessed with Takt Time. Yet, often the root cause of frequent alarms and downtime on an automated line isn't the expensive laser welder or the coating machine—it’s a metal stamping part that costs pennies.As a critical component in Au
In the R&D journey of a New Energy Battery Pack, structural engineers are constantly gambling against the laws of physics: How do you safely transmit higher currents within an increasingly compressed physical space, while controlling temperature rise and reducing weight?When standard off-the-shelf n
As the electric vehicle (EV) industry pushes for higher manufacturing speeds and stronger structural integrity, many battery pack manufacturers are transitioning from traditional resistance spot welding to laser welding. While laser welding offers superior speed and lower contact resistance, it intr
In the hierarchy of modern energy storage systems, the battery module serves as the critical bridge between individual cells and the final battery pack. Consequently, designing a Nickel Tab for Battery Module integration is significantly more complex than simple cell interconnection. It requires a c
In the rapidly evolving landscape of New Energy Vehicles (NEVs) and energy storage systems, the reliability of the battery system often hinges on its smallest components. As manufacturers strive for higher energy density and structural integrity, the selection of the right connection materials becom
In the rapidly evolving landscape of New Energy Vehicles (NEVs) and high-end consumer electronics, the humble nickel sheet has transformed from a simple connector into a high-precision component. Serving as the "neural network" for current transmission and signal collection in battery modules, the m
In the design of Electric Vehicle (EV) battery packs, traditional wire harnesses are rapidly being replaced by the Cell Contact System (CCS). This lightweight, automated integration solution is often referred to as the "nervous system" of the battery pack.Arida has keenly grasped this trend. Relying
