Huating Power has made a way for the development and production of domestic battery systems.

Since 2013, the Golden Globe has been successfully held for four times. It has received great attention from the entire lithium industry and active participation by companies in the industry. The selection aims to select credible products and corporate brands in the industry to stimulate technological innovation in the industry and inspire companies to compete for the spirit of being the first brand.

This year, the technical leader of Huating Power Promotion is Dr. Zhoupeng, the founder of Huating Power. According to the review data, Dr. Zhoupeng received a double doctoral degree (mechanical engineering, minor electrical engineering) from Stanford University in January 2002. During his studies, Dr. Zhoupeng was awarded the Outstanding Graduate Award of the University of Science and Technology of China, the Zhangzongzhi Scholarship, the highest honorary award of the University of Science and Technology of China, the Guo Moruo Scholarship, and the US SEMI-THERMXVII Conference Best Thesis Award. Published nearly 20 papers, It is the main inventor of 18 U.S. licensed patents and more than 150 US/China pending licenses, and is employed as the chief scientist of the US Department of Energy ARPA-E Electric Vehicle Thermal Power Federal Reserve Project.

Dr Zhoupeng is the founder of SINOELECTRICOWOERTRAINCORPORATION and is currently the chief executive officer and chairman of the board. Under the leadership of Dr. Zhoupeng, Timothy Power was established in 2009 and gathered a group of senior experts and entrepreneurs from Tesla and Silicon Valley to focus on the development and manufacture of the most important system assemblies and key components of new energy automotive power. At present, there are R&D centers and engineering and manufacturing centers in the United States and China.

The high-energy liquid-cooled battery system introduced by Huating Power uses a high-energy 18650 cylindrical battery cell, which fully utilizes the irregular envelope space of the passenger car, greatly improving the mass energy density and volume energy density of the battery system. Design high-efficiency liquid cooling system for battery characteristics, optimize internal heat dissipation and thermal management efficiency, effectively control the temperature rise and internal temperature difference of the battery system during use, and ensure that the battery system works in a narrow optimal temperature range. From the cooling to the temperature control leap, combined with the optimized fast charging algorithm, the battery system can reduce the charging time without increasing the battery life attenuation, realizing the optimal combination of battery system function, performance, reliability and cost.

On this basis, Huating Power has carried out in-depth systematic research and development on the safety design of the battery system, systematically protecting the system from the active and passive safety aspects and the four dimensions of unit, module, system and vehicle, effectively preventing the thermal runaway of the monomer is diffused within the system. In addition, Huating Power has independently developed the production process and equipment of liquid-cooled battery system, realized key process automation, and provided a solid foundation for capacity improvement and quality control of mass production. After three years of research and development and full experimental verification, the high specific energy liquid cooling battery system technology and its production process have become one of the core technologies of Huating Power with independent intellectual property rights. A total of more than 50 patents for liquid cooling systems have been submitted. This technology is applied to the JAC iEV7S model and has been put into actual operation on the market.

Dr Zhoupeng led Timothy Power to focus on the market segmentation of new energy passenger vehicles, aiming at market demand, focusing on product development, adhering to independent R&D, and deeply cultivating technology innovation, which has made a way for the development and production of domestic battery systems.

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