Our battery technology intruduction

smart IoT products and solutions as well as the arrival of 5g will touch every aspect of our lives advanced IoT devices such as cargo trackers or smart sensors require battery with high current pulses and stable operation under extreme environmental conditions however conventional lithium ion batteries cannot meet these requirements due to inherent drawbacks where the electrolyte is unstable under high temperature leading to battery failure and loses its conductivity under low temperature moreover lithium ions cannot insert into the rigid electrode lattice under extreme temperatures thus ceasing the battery operation these drawbacks limit the operating temperatures of conventional batteries to only minus 20 to 60 degrees Celsius with the structural design and materials formulation for anode materials cathode materials and electrolyte Nami has developed a brand new rechargeable lithium ion battery which enables stable operation and high pulse current under extreme temperatures from minus 40 to 85 degrees Celsius unlike conventional batteries Nami's extreme temperature battery is designed with nanomized electrode materials with increased lattice distance which facilitates the lithium diffusion during battery operation innovative additives can make the electrolyte have better tolerance to extreme temperatures preventing the electrolyte from freezing or decomposing the adoption of these new materials enable stable power output under extreme temperatures which is 60 times that of the conventional battery Nami's extreme temperature battery also has a long battery lifespan of more than 3000 charge and discharge cycles outperforming conventional batteries in terms of pulse current operating temperature range power output and lifespan Nami's extreme temperature battery is ideal for IoT and 5g devices under harsh environmental conditions it has been successfully applied in electronic toll collection an outdoor smart water meter future applications include cold chain transportation GPS tracking and smart farming this technology will enable a sustainable energy source to power today's smart city