ALLFIRST ENERGY SYSTEMS CO.,LTD. and China Electricity Construction Group Jilin Electric Power Survey and Design Institute Co., Ltd. cooperated to complete the source network, load and storage integrated energy demonstration project - hydrogen storage project, which was successfully installed and operated on November 10, 2022. According to the technical agreement, the hydrogen yield is 200m³/h, the output of oxygen is 100m³/h, the hydrogen purity is ≥99.99%, and the oxygen purity is ≥98.5%. Our measured indications have all exceeded  the standards in the agreement, with the output of hydrogen 202m³/h, oxygen 101m³/h, hydrogen purity 99.9993% and oxygen purity 99.5%, qualified for the delivery and acceptance.

ALLFIRST ENERGY SYSTEMS CO.,LTD. and Huaneng Changli Solar Power Co., Ltd. to cooperate in the Huaneng Changli photovoltaic power generation project hydrogen system equipment, our company on schedule to complete the new, advanced technology, mature, complete, designed to meet the technical specifications of the performance of the guaranteed value of the equipment, has been completed in the power plant in Da'an on April 12, 2024 all the installations and to ensure that the equipment safe, reliable, cost-effective and stable operation of the installation, commissioning, commissioning, commercial operation, maintenance of the technical services required.  

ALLFIRST ENERGY SYSTEMS CO.,LTD. and China Energy Construction Group Zhejiang Thermal Power Construction Co., Ltd. cooperated on the project of 3x380MW Thermal Power Generation Construction Project of Rabota Power Plant Unit #4~#6, Moro Wali Park, Indonesia, which has been shipped and delivered on June 30, 2023, and successfully accepted!

ALLFIRST ENERGY SYSTEMS CO.,LTD. and Qingdao Green Development Research Institute Co., Ltd. have completed all the installations, debugging, acceptance and successful operation of the pilot platform for hydrogen production from alkaline electrolytic water with high current density in July 2023, with no problem feedback so far.