摩斯国际

強強聯手 助力雙碳|摩斯國際與Enapter簽訂合資協議 Strong Alliance Enhances Double Carbon |Wolong and Enapter signed JV agreement

Date | 2024.02.02

1月29日,摩斯國際與德國Enapter公司正式簽訂合資協議,雙方將在中國成立合資公司,共同致力于AEM電解槽技術相關產品在中國區域的發展。摩斯國際集團董事局主席陳建成見證簽約。摩斯國際電驅集團董事長龐欣元、Enapter首席執行官Dr. Jürgen Laakmann代表雙方簽約。

On Jan. 29th Wolong and Enapter (a German company) signed joint venture agreement formally. Both parties will establish a joint venture company in China, collectively dedicate to the development of AEM electrolyser technology related products in China region. The Chairman Jiancheng Chen of the Directors Board of Wolong Group witnessed the signing of contract. The Chairman Mr. Xinyuan Pang of Wolong Electic Drive Group and CEO Mr. Jürgen Laakmann of Enapter signed the contract on behalf of both parties.

Enapter是一家創新的新能源技術公司,總部位于德國,在意大利擁有研發和生產基地。公司專注生產高效的電解水制氫設備(又稱電解槽)以替代化石燃料,推動全球的能源轉型。Enapter陰離子交換膜 (AEM) 技術將經濟高效的堿性水電解化學與質子交換膜電解器(PEM)的最佳性能特點融合在一起。2021年,Enapter推出了全球首個兆瓦級AEM電解設備。

Enapter is an innovative new energy technology company, with headquarter in Germany, research center and factory in Italy. The company focuses on manufacturing efficient electrolytic water hydrogen production equipment (also known as electrolyser) to replace fossil fuels and promote global energiewende. Enapter’s Anion exchange membrane (AEM) technology combines the economically efficiency of alkaline water electrolyser and the optimal performance characteristics of proton exchange membrane electrolyser (PEM). In 2021 Enapter launched the world's first megawatt level AEM electrolysis equipment.

憑借摩斯國際在輔機系統的技術及其產業鏈的優勢和強大的產業化能力、Enapter領先的AEM電解槽技術,合資公司將以“成為中國AEM電解槽業務的市場領導者”為愿景,為客戶提供更優的綠色氫能解決方案,助力“雙碳”目標達成。

With the advantages of Wolong's technology in auxiliary machinery systems (BOP) and its industry chain, as well as its strong industrialization ability, Enapter’s leading AEM electrolyser technology, the joint venture company aims to become the market leader in China's AEM electrolyser business, providing customers with better green hydrogen energy solutions, enhancing in achieving the "Dual-Carbon" goal.