High power density cells delivering improved acceleration and response time suitable for high power EV's
Our Technology
By minimizing capacity loss, gets 50% longer cycle life thus reducing battery replacements and thus lower green house emissions.
Our Technology
15% increased battery recuperation enhancing range and performance of EV's, reducing the number of recharge stops.
Our Technology
High power density cells delivering improved acceleration and response time suitable for high power EV's
Our Technology
High power density cells delivering improved acceleration and response time suitable for high power EV's
Our Technology
By minimizing capacity loss, gets 50% longer cycle life thus reducing battery replacements and thus lower green house emissions.
Our Technology
15% increased battery recuperation enhancing range and performance of EV's, reducing the number of recharge stops.
Our Technology
High power density cells delivering improved acceleration and response time suitable for high power EV's
Our Technology
High power density cells delivering improved acceleration and response time suitable for high power EV's
Trydan focus on addressing the performance limitations inherent in conventional cells.
Our approach is founded on a thorough analysis of the fundamental principles governing battery operation, which has allowed us to design cells capable of delivering consistent performance even after 10,000 cycles and our technology enables our cells to deliver high power output and makes them ideally suited for high power applications ranging from boats,heavy vehicles, drones, aviation and even aerospace.
Materials
For outstanding results, we have adopted a first-principles approach to battery design, breaking down the standard lithium-ion cell into its constituent components and optimizing each one for maximum performance. This includes the cathode material, anode material, electrolytes, binders, cell design, and additives, all of which have been carefully optimized to achieve synergistic operation.