Lithium-ion battery manufacturers have found that for many people, graphene batteries are still a distant and vague concept, but in fact it has entered our lives step by step. And it has been gradually applied in our life, so what is it? What kind of impact can it have on our lives? Graphene is the thinnest and hardest nanomaterial in the world, with a resistivity of only about 10-6Ω·cm, which is lower than copper or silver, and is the material with the smallest resistivity in the world. Because of its extremely low resistivity, it is a transparent and good conductor. Applied to the battery, there is an incredible effect. The graphene battery is a new energy battery based on graphene.

   The research and development of graphene batteries can solve the problems of insufficient capacity and long charging time of new energy batteries, which greatly accelerates the development of new energy battery industry in the future. In the field of new energy development, Taiwan Landian Technology Co., Ltd. mobilized the special research and development team of the headquarters in May 2013, introduced a complete set of automation equipment, new formulas, and core technologies to design and develop products, and developed a graphene polymer battery-Jingli Lion battery. It is undeniable that such a move will set off a long-lasting revolution in the battery industry.

  So what kind of different experience can the Power Lion with graphene battery characteristics bring us? Features of Jinlishi battery: Cadmium-free energy gathering: It adopts the world's leading internalized cadmium-free environmental protection production process, which is green and environmentally friendly, leading the industry's technological innovation. Super long battery life: long discharge time, graphite active additive is added to the positive electrode, the active material after formation is uniform, the charge and discharge efficiency is improved, the charge retention ability is strong, and the energy output is improved. More durable: the cycle times of the battery is more than 600 times under normal use, and the number of cycles can reach more than 800 times according to the regulations. Strong power: widened and heightened plate design, increase the macroscopic electrochemical reaction area of the plate, and excellent low-temperature and high-current discharge performance. The casting and welding process is used to reduce the internal resistance of the battery, which has strong charge acceptance performance and high charge and discharge efficiency. Low-temperature safety: improve the formulation process of the negative electrode, increase the micro-porous structure of the negative electrode, and greatly improve the low-temperature charge and discharge performance. Low water loss rate, high temperature resistance, anti-deformation. Search for "Dragon Lion" on WeChat and follow our official account to enjoy more regular content sharing and knowledge about electric vehicles and batteries