As a national high-tech enterprise, the company has established an integrated innovation system for research and development, testing, and iteration, adhering to independent core technology research and development, holding multiple independent intellectual property rights, and continuously outputting stable and reliable new energy power products.
The company has a professional R&D team composed of senior electrical engineers, new energy storage technicians, and power system designers. The team has been deeply involved in the high and low voltage power equipment and photovoltaic energy storage industries for many years, continuously developing customized solutions to meet the needs of various domestic and foreign projects. Core technical personnel have an average industry experience of over 8 years and possess complete design experience in large-scale energy storage power stations and industrial and commercial photovoltaic storage and charging projects.
As a national high-tech enterprise, the company holds a large number of invention patents and utility model patents related to switchgear, box transformers, charging piles, and energy storage cabinets. The core circuit structure and control system of the product are independently developed without relying on third-party technology, achieving full chain self-developed controllability from hardware structure to software control.
The factory is equipped with a complete set of professional testing equipment for power products, which conducts multiple tests such as insulation, voltage resistance, temperature rise, overload, aging, etc. on new prototype products, covering global mainstream testing standards such as national standards, European standards, American standards, etc., to ensure that all designs meet international safety and stability standards before mass production, and strictly control the quality of products leaving the factory.
Supporting OEM and ODM customized development for global customers. The R&D department can quickly adjust product parameters, structural design, and communication protocols based on national power grid standards and project conditions, continuously iterate and launch new new energy power equipment, and can quickly respond to diversified customized needs such as industrial and commercial energy storage, household energy storage, and charging pile matching.
