en.Wedoany.com Reported - Shanghai Taiqingchen Energy Technology Co., Ltd. (hereinafter referred to as "Taiqingchen") recently delivered its self-developed second-generation product—a 1000Nm³/h alkaline electrolyzer—to an integrated hydrogen production and refueling station project in Guangdong.
During the development phase, the equipment was optimized for application scenarios in collaboration with the University of Science and Technology Beijing, Reshape Pengpai, Zhongke Qingyi, and other partners. Breakthroughs were achieved in core materials such as highly active catalytic electrodes and diaphragms, enhancing the equipment's adaptability, reliability, and ease of use. Through mature processes and digital production management, production traceability and quality control were realized, ensuring long-term stable operation of the equipment.
From precision machining to system integration testing, performance testing, commissioning, factory acceptance, and final shipment, the Taiqingchen team maintained high-standard quality control throughout the entire process. The centralized shipment and on-time delivery of this core equipment demonstrate the company's ability to translate R&D achievements into tangible results and fulfill project commitments.
As a key player in China's hydrogen energy equipment sector, Taiqingchen is building an integrated framework of R&D, manufacturing, and services based on technological innovation and quality delivery. In addition to the stable delivery of batch orders within China, the company has also achieved hydrogen energy project implementation in overseas markets such as South Korea, forming a global business system with China as the production center.
Looking ahead, Taiqingchen plans to continue expanding production capacity, optimizing processes, and enriching its product portfolio in the fields of hydrogen energy equipment, green electricity coupling, and zero-carbon energy solutions. The company aims to explore diverse application scenarios, contributing to the green energy transition and the realization of the "dual carbon" goals.
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