Hitachi Energy has supplied rectifier transformers to a large green hydrogen project in Songyuan, China, which is part of a major initiative to produce green ammonia and methanol on a large scale. This project, led by China Energy Engineering Corporation (CEEC), reflects China's commitment to transitioning away from fossil fuels and embracing hydrogen across various sectors. The initiative, supported by renewable energy sources like wind and solar power, utilizes water electrolysis to generate green hydrogen, subsequently converting it into ammonia and methanol for clean industrial applications. The rectifier transformers provided by Hitachi Energy play a crucial role in ensuring stable power supply for hydrogen production, enhancing overall efficiency in the process. These transformers are designed to be compact, energy-efficient, and capable of withstanding various electrical challenges, thereby enabling safe and reliable hydrogen output. Zhang Jianhua, Senior Vice President at Hitachi Energy, emphasized the importance of innovative transformer technology in advancing integrated projects focused on renewables, hydrogen, and clean energy solutions. China's emphasis on hydrogen technology is underscored by its status as the world's largest hydrogen producer and its strategic focus on clean energy development. The Songyuan project aligns with China's ambitious plans to lead in the hydrogen sector, contributing to emissions reduction targets and industry upgrades. Recognized as a key demonstration of low-carbon technology, the project in Jilin Province is poised to significantly impact the production of green synthetic ammonia and methanol. With Hitachi Energy's extensive experience in rectifier transformer technology, the company continues to drive the global shift towards sustainable industrial energy practices. Through collaborations with key players in the industry and a commitment to innovation, Hitachi Energy is playing a vital role in supporting China's hydrogen-powered clean energy initiatives and facilitating the broader energy transition.