Shenzhen Hongda New Energy Co., Ltd. jobs and careers

About Shenzhen Hongda New Energy Co., Ltd.

Company Profile Shenzhen Hongda New Energy Co., Ltd. was established in 2014, focusing on the research and development, production, and sales of new energy battery testing equipment. The company takes the "Hongdian" brand as its core, deeply cultivates the field of energy storage and power battery pack testing, and is committed to providing efficient and accurate testing equipment and technical solutions for the global lithium battery industry. Technology driven, building core competitiveness The company has always regarded research and development innovation as its development engine, with a modern office and production base of over 3000 square meters, and a professional technical research and development team. It has accumulated profound technical advantages in key areas such as energy-saving feedback technology, battery management control, and battery pack testing system integration. As of now, the company has obtained multiple utility model and design patents. Its independently developed intelligent charging and discharging testing equipment, with high-precision data acquisition and intelligent control technology, effectively improves the efficiency and safety of battery testing, meeting the stringent requirements of the new energy industry for battery testing equipment. Diversified products, covering all scenario testing requirements Hongda New Energy's product matrix is rich and diverse, covering core categories such as energy storage battery aging testing equipment, power battery testing systems, high-voltage, high current, and high-power battery testing equipment. It is widely used in battery production lines and laboratories of major battery factories, energy storage battery supporting enterprises, testing institutions, and scientific research units. The device supports performance testing of various types of batteries such as lithium batteries and lead-acid batteries, and has functions such as data traceability and energy recovery.