[Ten years of major development in chemical technology] 069-2023 10 kW solid oxide electrolysis hydrogen production system prototype completed testing
Thread Content
Chemical science and technology has developed greatly in the past ten years. Praise for China's prosperity and strength in the prosperous age. It will be more lively and exciting with everyone's participation. Everyone is welcome to participate in more forum exchanges and discussions. Everyone pays attention to safety and knows how to respond to emergencies. * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Recently, the 10kW solid oxide electrolysis (SOEC) hydrogen production system prototype of Beijing Sweet New Energy Technology Co., Ltd. (hereinafter referred to as "Sweite") officially rolled off the production line and completed all performance tests. The system prototype has been comprehensively upgraded based on the first-generation system design, and the hydrogen production efficiency, stability and safety have been comprehensively improved. The test results show that the system's hydrogen production reaches 3.23Nm3/h, power consumption is 3.6kWh/Nm3, the system efficiency is greater than 82%, and the relevant performance indicators have reached the industry-leading level. For the first time, this system prototype integrates the two working modes of hydrogen production mode (SOEC) and carbon dioxide co-electrolysis mode (CO-SOEC). Its test results will be used by Sweet to develop SOEC hydrogen production systems, renewable energy storage systems and carbon dioxide consumption and utilization products, laying a good foundation for the product development of Sweet's SOEC products for chemical and manufacturing scenarios. The new prototype has made its debut at the 2023 Zhongguancun Forum held recently. In the future, Sweet will continue to explore more application scenarios of SOEC systems, develop more diversified products, lay the foundation for large-scale green hydrogen preparation and CO2 consumption and reuse, and help achieve green and low-carbon sustainable development.
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The system prototype has been comprehensively upgraded based on the first-generation system design, and the hydrogen production efficiency, stability and safety have been comprehensively improved. The test results show that the system's hydrogen production reaches 3.23Nm3/h, power consumption is 3.6kWh/Nm3, the system efficiency is greater than 82%, and the relevant performance indicators have reached the industry-leading level. For the first time, this system prototype integrates the two working modes of hydrogen production mode (SOEC) and carbon dioxide co-electrolysis mode (CO-SOEC). Its test results will be used by Sweet to develop SOEC hydrogen production systems, renewable energy storage systems and carbon dioxide consumption and utilization products, laying a good foundation for the product development of Sweet's SOEC products for chemical and manufacturing scenarios. The new prototype has made its debut at the 2023 Zhongguancun Forum held recently. In the future, Sweet will continue to explore more application scenarios of SOEC systems, develop more diversified products, lay the foundation for large-scale green hydrogen preparation and CO2 consumption and reuse, and help achieve green and low-carbon sustainable development.